Selezione 2025S48

Submitted by rossella.vezzosi on Lun, 29/09/2025 - 12:16
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Tecnologo di Ricerca di primo livello (categoria stipendiale EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, presso il Dipartimento di Scienze Statistiche.

Scadenza 29 ottobre 2025 ore 14

Selezione pubblica n. 2025S48, per esami, al fine di reperire n. 1 Tecnologo di Ricerca, di primo livello (categoria stipendiale pari a EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, ai sensi dell'art. 24-bis della Legge 30.12.2010, n. 240, e del C.C.N.L. del 19.04.2018, in quanto compatibile, presso il Dipartimento di Scienze Statistiche.

Procedura di compilazione e presentazione della domanda

Benefits

https://www.unipd.it/benessere-sport-personale-unipd
https://www.unipd.it/benessere-qualita-lavoro

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Tecnologo di Ricerca di primo livello (categoria stipendiale EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, presso il Dipartimento di Scienze Statistiche.

Scadenza 29 ottobre 2025 ore 14

Selezione pubblica n. 2025S48, per esami, al fine di reperire n. 1 Tecnologo di Ricerca, di primo livello (categoria stipendiale pari a EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, ai sensi dell'art. 24-bis della Legge 30.12.2010, n. 240, e del C.C.N.L. del 19.04.2018, in quanto compatibile, presso il Dipartimento di Scienze Statistiche.

Procedura di compilazione e presentazione della domanda

Benefits

https://www.unipd.it/benessere-sport-personale-unipd
https://www.unipd.it/benessere-qualita-lavoro

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Ufficio Personale Tecnico Amministrativo

Palazzo Storione
riviera Tito Livio 6 - 35123 Padova
tel. 049.827 1562 / 3155
email: reclutamento.pta@unipd.it

Orario: lunedì-venerdì 10-13;
martedì e giovedì anche 15-16.30

Carta dei servizi

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Ufficio Personale Tecnico Amministrativo

Palazzo Storione
riviera Tito Livio 6 - 35123 Padova
tel. 049.827 1562 / 3155
email: reclutamento.pta@unipd.it

Orario: lunedì-venerdì 10-13;
martedì e giovedì anche 15-16.30

Carta dei servizi

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Tecnologo di Ricerca di primo livello (categoria stipendiale EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, presso il Dipartimento di Scienze Statistiche.

Scadenza 29 ottobre 2025 ore 14

Selezione pubblica n. 2025S48, per esami, al fine di reperire n. 1 Tecnologo di Ricerca, di primo livello (categoria stipendiale pari a EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, ai sensi dell'art. 24-bis della Legge 30.12.2010, n. 240, e del C.C.N.L. del 19.04.2018, in quanto compatibile, presso il Dipartimento di Scienze Statistiche.

Procedura di compilazione e presentazione della domanda

Benefits

https://www.unipd.it/benessere-sport-personale-unipd
https://www.unipd.it/benessere-qualita-lavoro

[summary] => [format] => 2 [safe_value] =>

Tecnologo di Ricerca di primo livello (categoria stipendiale EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, presso il Dipartimento di Scienze Statistiche.

Scadenza 29 ottobre 2025 ore 14

Selezione pubblica n. 2025S48, per esami, al fine di reperire n. 1 Tecnologo di Ricerca, di primo livello (categoria stipendiale pari a EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, ai sensi dell'art. 24-bis della Legge 30.12.2010, n. 240, e del C.C.N.L. del 19.04.2018, in quanto compatibile, presso il Dipartimento di Scienze Statistiche.

Procedura di compilazione e presentazione della domanda

Benefits

https://www.unipd.it/benessere-sport-personale-unipd
https://www.unipd.it/benessere-qualita-lavoro

[safe_summary] => ) ) [#formatter] => text_summary_or_trimmed [0] => Array ( [#markup] =>

Tecnologo di Ricerca di primo livello (categoria stipendiale EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, presso il Dipartimento di Scienze Statistiche.

Scadenza 29 ottobre 2025 ore 14

) ) [field_foglia_complessa_allegato] => Array ( [#theme] => field [#weight] => 0 [#title] => allegato [#access] => 1 [#label_display] => above [#view_mode] => teaser [#language] => und [#field_name] => field_foglia_complessa_allegato [#field_type] => node_reference [#field_translatable] => 0 [#entity_type] => node [#bundle] => foglia_complessa [#object] => stdClass Object ( [vid] => 511828 [uid] => 26499 [title] => Selezione 2025S48 [log] => [status] => 1 [comment] => 0 [promote] => 1 [sticky] => 0 [nid] => 121211 [type] => foglia_complessa [language] => it [created] => 1759140984 [changed] => 1764749322 [tnid] => 0 [translate] => 0 [revision_timestamp] => 1764749322 [revision_uid] => 29556 [taxonomy_vocabulary_2] => Array ( ) [taxonomy_vocabulary_3] => Array ( ) [taxonomy_vocabulary_8] => Array ( ) [body] => Array ( [und] => Array ( [0] => Array ( [value] =>

Tecnologo di Ricerca di primo livello (categoria stipendiale EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, presso il Dipartimento di Scienze Statistiche.

Scadenza 29 ottobre 2025 ore 14

Selezione pubblica n. 2025S48, per esami, al fine di reperire n. 1 Tecnologo di Ricerca, di primo livello (categoria stipendiale pari a EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, ai sensi dell'art. 24-bis della Legge 30.12.2010, n. 240, e del C.C.N.L. del 19.04.2018, in quanto compatibile, presso il Dipartimento di Scienze Statistiche.

Procedura di compilazione e presentazione della domanda

Benefits

https://www.unipd.it/benessere-sport-personale-unipd
https://www.unipd.it/benessere-qualita-lavoro

[summary] => [format] => 2 [safe_value] =>

Tecnologo di Ricerca di primo livello (categoria stipendiale EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, presso il Dipartimento di Scienze Statistiche.

Scadenza 29 ottobre 2025 ore 14

Selezione pubblica n. 2025S48, per esami, al fine di reperire n. 1 Tecnologo di Ricerca, di primo livello (categoria stipendiale pari a EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, ai sensi dell'art. 24-bis della Legge 30.12.2010, n. 240, e del C.C.N.L. del 19.04.2018, in quanto compatibile, presso il Dipartimento di Scienze Statistiche.

Procedura di compilazione e presentazione della domanda

Benefits

https://www.unipd.it/benessere-sport-personale-unipd
https://www.unipd.it/benessere-qualita-lavoro

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Ufficio Personale Tecnico Amministrativo

Palazzo Storione
riviera Tito Livio 6 - 35123 Padova
tel. 049.827 1562 / 3155
email: reclutamento.pta@unipd.it

Orario: lunedì-venerdì 10-13;
martedì e giovedì anche 15-16.30

Carta dei servizi

[format] => 2 [safe_value] =>

Ufficio Personale Tecnico Amministrativo

Palazzo Storione
riviera Tito Livio 6 - 35123 Padova
tel. 049.827 1562 / 3155
email: reclutamento.pta@unipd.it

Orario: lunedì-venerdì 10-13;
martedì e giovedì anche 15-16.30

Carta dei servizi

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Tecnologo di Ricerca di primo livello (categoria stipendiale EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, presso il Dipartimento di Scienze Statistiche.

Scadenza 29 ottobre 2025 ore 14

Selezione pubblica n. 2025S48, per esami, al fine di reperire n. 1 Tecnologo di Ricerca, di primo livello (categoria stipendiale pari a EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, ai sensi dell'art. 24-bis della Legge 30.12.2010, n. 240, e del C.C.N.L. del 19.04.2018, in quanto compatibile, presso il Dipartimento di Scienze Statistiche.

Procedura di compilazione e presentazione della domanda

Benefits

https://www.unipd.it/benessere-sport-personale-unipd
https://www.unipd.it/benessere-qualita-lavoro

[summary] => [format] => 2 [safe_value] =>

Tecnologo di Ricerca di primo livello (categoria stipendiale EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, presso il Dipartimento di Scienze Statistiche.

Scadenza 29 ottobre 2025 ore 14

Selezione pubblica n. 2025S48, per esami, al fine di reperire n. 1 Tecnologo di Ricerca, di primo livello (categoria stipendiale pari a EP1), da assumere mediante contratto di lavoro a termine, a tempo pieno, per n. 24 mesi, ai sensi dell'art. 24-bis della Legge 30.12.2010, n. 240, e del C.C.N.L. del 19.04.2018, in quanto compatibile, presso il Dipartimento di Scienze Statistiche.

Procedura di compilazione e presentazione della domanda

Benefits

https://www.unipd.it/benessere-sport-personale-unipd
https://www.unipd.it/benessere-qualita-lavoro

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Ufficio Personale Tecnico Amministrativo

Palazzo Storione
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[format] => 2 [safe_value] =>

Ufficio Personale Tecnico Amministrativo

Palazzo Storione
riviera Tito Livio 6 - 35123 Padova
tel. 049.827 1562 / 3155
email: reclutamento.pta@unipd.it

Orario: lunedì-venerdì 10-13;
martedì e giovedì anche 15-16.30

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Ufficio Personale Tecnico Amministrativo

Palazzo Storione
riviera Tito Livio 6 - 35123 Padova
tel. 049.827 1562 / 3155
email: reclutamento.pta@unipd.it

Orario: lunedì-venerdì 10-13;
martedì e giovedì anche 15-16.30

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Ufficio Personale Tecnico Amministrativo

Palazzo Storione
riviera Tito Livio 6 - 35123 Padova
tel. 049.827 1562 / 3155
email: reclutamento.pta@unipd.it

Orario: lunedì-venerdì 10-13;
martedì e giovedì anche 15-16.30

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Ufficio Personale Tecnico Amministrativo

Palazzo Storione
riviera Tito Livio 6 - 35123 Padova
tel. 049.827 1562 / 3155
email: reclutamento.pta@unipd.it

Orario: lunedì-venerdì 10-13;
martedì e giovedì anche 15-16.30

Carta dei servizi

[format] => 2 [safe_value] =>

Ufficio Personale Tecnico Amministrativo

Palazzo Storione
riviera Tito Livio 6 - 35123 Padova
tel. 049.827 1562 / 3155
email: reclutamento.pta@unipd.it

Orario: lunedì-venerdì 10-13;
martedì e giovedì anche 15-16.30

Carta dei servizi

) ) ) [name] => stefano.zampieri [picture] => 0 [data] => a:2:{s:13:"form_build_id";s:48:"form-WsCySmos4vAVlyFhG6gU5T7knfAyqco8LxlocSU_yIA";s:14:"wysiwyg_status";a:1:{i:1;i:1;}} [num_revisions] => 1 [current_revision_id] => 494767 [is_current] => 1 [is_pending] => [revision_moderation] => ) ) ) ) )

Unipd research team reexamines a 1950s nuclear fusion concept

Submitted by francesca.forzan on Lun, 29/09/2025 - 12:01
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A research team from the Department of Physics and Astronomy “G. Galilei” (DFA) at the University of Padua has “dusted off” and reexamined an old nuclear fusion concept dating back to the 1950s, which envisions the combustion of solid lithium-6 deuteride at room temperature using neutrons. This process, known as the Jetter cycle, named after its proponent Ulrich Jetter, offers intriguing prospects for energy production in devices not based on plasma confinement. This line of research came to a halt in the 1970s, during the Cold War, due to restrictions on publishing results regarding nuclear reactions, as they closely resembled reactions triggered in some nuclear weapon designs. Only one researcher, Rand McNally, continued this line of work, and his internal reports at the renowned Oak Ridge Laboratory were declassified only in the 1990s.

Lorenzo Fortunato, professor at DFA, after “rediscovering” these old articles and informal manuscripts, assembled a small research team made up of his undergraduate and master’s thesis students and staff from the National Institute for Nuclear Physics (INFN). The group investigated the complex network of nuclear reactions induced by a neutron beam in lithium crystals.

“Using modern compilations of nuclear data, we predicted the time evolution and isotopic composition of a network of thermonuclear reactions involving the Jetter cycle (neutrons + Lithium-6) and the Post cycle (protons + Lithium-6), a similar process triggered by protons instead of neutrons,” explains Prof. Fortunato. “In an ideal case, at the beginning there are only lithium and deuterium (purple and blue), the components of the fuel crystal, and the neutrons irradiating it. Over time, after just a few millionths of a second, the material is essentially converted into alpha particles—helium-4 nuclei, inert and harmless—plus a small amount of tritium and some secondary neutrons. The latter can be potentially harmful to health but can be contained with an external ‘jacket’ of absorbing material, such as graphite.”

The study remains at a purely academic level, but modeling is the first step toward building test devices. The technological challenges required to create a prototype—such as controlled production of intense neutron beams and the conversion of the thermal energy produced into usable electrical energy—are certainly demanding, but perhaps within reach of modern experimenters.

The simulations, easily repeatable with a code made publicly available in the University’s Data Repository, were conducted in two typical scenarios.

In an ideal scenario, which does not consider the energy losses from the motion of charged ions in matter, a huge potential energy release is obtained. More realistic calculations, which include the braking effect of charged particles, scale down this energy production but still indicate that slow and controlled nuclear combustion processes achieved by injecting neutrons could be up to a thousand times more advantageous than energy obtained, for example, from chemical combustion. All this without releasing dangerous radiation, producing harmful byproducts, or creating the risk of an uncontrolled chain reaction, as could unfortunately occur in traditional fission power plants.

The authors of the theoretical study challenge experimental colleagues to initiate an applied research program leading to new experiments on these fusion cycles, which could pave the way for new plasma-free fusion reactors—intrinsically safe and without the need for tritium as fuel. Further theoretical studies and experimental data on the nuclear reactions involved are, however, necessary to fully assess their potential.

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A research team from the Department of Physics and Astronomy “G. Galilei” (DFA) at the University of Padua has “dusted off” and reexamined an old nuclear fusion concept dating back to the 1950s, which envisions the combustion of solid lithium-6 deuteride at room temperature using neutrons. This process, known as the Jetter cycle, named after its proponent Ulrich Jetter, offers intriguing prospects for energy production in devices not based on plasma confinement. This line of research came to a halt in the 1970s, during the Cold War, due to restrictions on publishing results regarding nuclear reactions, as they closely resembled reactions triggered in some nuclear weapon designs. Only one researcher, Rand McNally, continued this line of work, and his internal reports at the renowned Oak Ridge Laboratory were declassified only in the 1990s.

Lorenzo Fortunato, professor at DFA, after “rediscovering” these old articles and informal manuscripts, assembled a small research team made up of his undergraduate and master’s thesis students and staff from the National Institute for Nuclear Physics (INFN). The group investigated the complex network of nuclear reactions induced by a neutron beam in lithium crystals.

“Using modern compilations of nuclear data, we predicted the time evolution and isotopic composition of a network of thermonuclear reactions involving the Jetter cycle (neutrons + Lithium-6) and the Post cycle (protons + Lithium-6), a similar process triggered by protons instead of neutrons,” explains Prof. Fortunato. “In an ideal case, at the beginning there are only lithium and deuterium (purple and blue), the components of the fuel crystal, and the neutrons irradiating it. Over time, after just a few millionths of a second, the material is essentially converted into alpha particles—helium-4 nuclei, inert and harmless—plus a small amount of tritium and some secondary neutrons. The latter can be potentially harmful to health but can be contained with an external ‘jacket’ of absorbing material, such as graphite.”

The study remains at a purely academic level, but modeling is the first step toward building test devices. The technological challenges required to create a prototype—such as controlled production of intense neutron beams and the conversion of the thermal energy produced into usable electrical energy—are certainly demanding, but perhaps within reach of modern experimenters.

The simulations, easily repeatable with a code made publicly available in the University’s Data Repository, were conducted in two typical scenarios.

In an ideal scenario, which does not consider the energy losses from the motion of charged ions in matter, a huge potential energy release is obtained. More realistic calculations, which include the braking effect of charged particles, scale down this energy production but still indicate that slow and controlled nuclear combustion processes achieved by injecting neutrons could be up to a thousand times more advantageous than energy obtained, for example, from chemical combustion. All this without releasing dangerous radiation, producing harmful byproducts, or creating the risk of an uncontrolled chain reaction, as could unfortunately occur in traditional fission power plants.

The authors of the theoretical study challenge experimental colleagues to initiate an applied research program leading to new experiments on these fusion cycles, which could pave the way for new plasma-free fusion reactors—intrinsically safe and without the need for tritium as fuel. Further theoretical studies and experimental data on the nuclear reactions involved are, however, necessary to fully assess their potential.

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A research team from the Department of Physics and Astronomy “G. Galilei” (DFA) at the University of Padua has “dusted off” and reexamined an old nuclear fusion concept dating back to the 1950s, which envisions the combustion of solid lithium-6 deuteride at room temperature using neutrons. This process, known as the Jetter cycle, named after its proponent Ulrich Jetter, offers intriguing prospects for energy production in devices not based on plasma confinement. This line of research came to a halt in the 1970s, during the Cold War, due to restrictions on publishing results regarding nuclear reactions, as they closely resembled reactions triggered in some nuclear weapon designs. Only one researcher, Rand McNally, continued this line of work, and his internal reports at the renowned Oak Ridge Laboratory were declassified only in the 1990s.

Lorenzo Fortunato, professor at DFA, after “rediscovering” these old articles and informal manuscripts, assembled a small research team made up of his undergraduate and master’s thesis students and staff from the National Institute for Nuclear Physics (INFN). The group investigated the complex network of nuclear reactions induced by a neutron beam in lithium crystals.

“Using modern compilations of nuclear data, we predicted the time evolution and isotopic composition of a network of thermonuclear reactions involving the Jetter cycle (neutrons + Lithium-6) and the Post cycle (protons + Lithium-6), a similar process triggered by protons instead of neutrons,” explains Prof. Fortunato. “In an ideal case, at the beginning there are only lithium and deuterium (purple and blue), the components of the fuel crystal, and the neutrons irradiating it. Over time, after just a few millionths of a second, the material is essentially converted into alpha particles—helium-4 nuclei, inert and harmless—plus a small amount of tritium and some secondary neutrons. The latter can be potentially harmful to health but can be contained with an external ‘jacket’ of absorbing material, such as graphite.”

The study remains at a purely academic level, but modeling is the first step toward building test devices. The technological challenges required to create a prototype—such as controlled production of intense neutron beams and the conversion of the thermal energy produced into usable electrical energy—are certainly demanding, but perhaps within reach of modern experimenters.

The simulations, easily repeatable with a code made publicly available in the University’s Data Repository, were conducted in two typical scenarios.

In an ideal scenario, which does not consider the energy losses from the motion of charged ions in matter, a huge potential energy release is obtained. More realistic calculations, which include the braking effect of charged particles, scale down this energy production but still indicate that slow and controlled nuclear combustion processes achieved by injecting neutrons could be up to a thousand times more advantageous than energy obtained, for example, from chemical combustion. All this without releasing dangerous radiation, producing harmful byproducts, or creating the risk of an uncontrolled chain reaction, as could unfortunately occur in traditional fission power plants.

The authors of the theoretical study challenge experimental colleagues to initiate an applied research program leading to new experiments on these fusion cycles, which could pave the way for new plasma-free fusion reactors—intrinsically safe and without the need for tritium as fuel. Further theoretical studies and experimental data on the nuclear reactions involved are, however, necessary to fully assess their potential.

[summary] => [format] => 2 [safe_value] =>

A research team from the Department of Physics and Astronomy “G. Galilei” (DFA) at the University of Padua has “dusted off” and reexamined an old nuclear fusion concept dating back to the 1950s, which envisions the combustion of solid lithium-6 deuteride at room temperature using neutrons. This process, known as the Jetter cycle, named after its proponent Ulrich Jetter, offers intriguing prospects for energy production in devices not based on plasma confinement. This line of research came to a halt in the 1970s, during the Cold War, due to restrictions on publishing results regarding nuclear reactions, as they closely resembled reactions triggered in some nuclear weapon designs. Only one researcher, Rand McNally, continued this line of work, and his internal reports at the renowned Oak Ridge Laboratory were declassified only in the 1990s.

Lorenzo Fortunato, professor at DFA, after “rediscovering” these old articles and informal manuscripts, assembled a small research team made up of his undergraduate and master’s thesis students and staff from the National Institute for Nuclear Physics (INFN). The group investigated the complex network of nuclear reactions induced by a neutron beam in lithium crystals.

“Using modern compilations of nuclear data, we predicted the time evolution and isotopic composition of a network of thermonuclear reactions involving the Jetter cycle (neutrons + Lithium-6) and the Post cycle (protons + Lithium-6), a similar process triggered by protons instead of neutrons,” explains Prof. Fortunato. “In an ideal case, at the beginning there are only lithium and deuterium (purple and blue), the components of the fuel crystal, and the neutrons irradiating it. Over time, after just a few millionths of a second, the material is essentially converted into alpha particles—helium-4 nuclei, inert and harmless—plus a small amount of tritium and some secondary neutrons. The latter can be potentially harmful to health but can be contained with an external ‘jacket’ of absorbing material, such as graphite.”

The study remains at a purely academic level, but modeling is the first step toward building test devices. The technological challenges required to create a prototype—such as controlled production of intense neutron beams and the conversion of the thermal energy produced into usable electrical energy—are certainly demanding, but perhaps within reach of modern experimenters.

The simulations, easily repeatable with a code made publicly available in the University’s Data Repository, were conducted in two typical scenarios.

In an ideal scenario, which does not consider the energy losses from the motion of charged ions in matter, a huge potential energy release is obtained. More realistic calculations, which include the braking effect of charged particles, scale down this energy production but still indicate that slow and controlled nuclear combustion processes achieved by injecting neutrons could be up to a thousand times more advantageous than energy obtained, for example, from chemical combustion. All this without releasing dangerous radiation, producing harmful byproducts, or creating the risk of an uncontrolled chain reaction, as could unfortunately occur in traditional fission power plants.

The authors of the theoretical study challenge experimental colleagues to initiate an applied research program leading to new experiments on these fusion cycles, which could pave the way for new plasma-free fusion reactors—intrinsically safe and without the need for tritium as fuel. Further theoretical studies and experimental data on the nuclear reactions involved are, however, necessary to fully assess their potential.

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A research team from the Department of Physics and Astronomy “G. Galilei” (DFA) at the University of Padua has “dusted off” and reexamined an old nuclear fusion concept dating back to the 1950s, which envisions the combustion of solid lithium-6 deuteride at room temperature using neutrons. This process, known as the Jetter cycle, named after its proponent Ulrich Jetter, offers intriguing prospects for energy production in devices not based on plasma confinement.

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A research team from the Department of Physics and Astronomy “G. Galilei” (DFA) at the University of Padua has “dusted off” and reexamined an old nuclear fusion concept dating back to the 1950s, which envisions the combustion of solid lithium-6 deuteride at room temperature using neutrons. This process, known as the Jetter cycle, named after its proponent Ulrich Jetter, offers intriguing prospects for energy production in devices not based on plasma confinement. This line of research came to a halt in the 1970s, during the Cold War, due to restrictions on publishing results regarding nuclear reactions, as they closely resembled reactions triggered in some nuclear weapon designs. Only one researcher, Rand McNally, continued this line of work, and his internal reports at the renowned Oak Ridge Laboratory were declassified only in the 1990s.

Lorenzo Fortunato, professor at DFA, after “rediscovering” these old articles and informal manuscripts, assembled a small research team made up of his undergraduate and master’s thesis students and staff from the National Institute for Nuclear Physics (INFN). The group investigated the complex network of nuclear reactions induced by a neutron beam in lithium crystals.

“Using modern compilations of nuclear data, we predicted the time evolution and isotopic composition of a network of thermonuclear reactions involving the Jetter cycle (neutrons + Lithium-6) and the Post cycle (protons + Lithium-6), a similar process triggered by protons instead of neutrons,” explains Prof. Fortunato. “In an ideal case, at the beginning there are only lithium and deuterium (purple and blue), the components of the fuel crystal, and the neutrons irradiating it. Over time, after just a few millionths of a second, the material is essentially converted into alpha particles—helium-4 nuclei, inert and harmless—plus a small amount of tritium and some secondary neutrons. The latter can be potentially harmful to health but can be contained with an external ‘jacket’ of absorbing material, such as graphite.”

The study remains at a purely academic level, but modeling is the first step toward building test devices. The technological challenges required to create a prototype—such as controlled production of intense neutron beams and the conversion of the thermal energy produced into usable electrical energy—are certainly demanding, but perhaps within reach of modern experimenters.

The simulations, easily repeatable with a code made publicly available in the University’s Data Repository, were conducted in two typical scenarios.

In an ideal scenario, which does not consider the energy losses from the motion of charged ions in matter, a huge potential energy release is obtained. More realistic calculations, which include the braking effect of charged particles, scale down this energy production but still indicate that slow and controlled nuclear combustion processes achieved by injecting neutrons could be up to a thousand times more advantageous than energy obtained, for example, from chemical combustion. All this without releasing dangerous radiation, producing harmful byproducts, or creating the risk of an uncontrolled chain reaction, as could unfortunately occur in traditional fission power plants.

The authors of the theoretical study challenge experimental colleagues to initiate an applied research program leading to new experiments on these fusion cycles, which could pave the way for new plasma-free fusion reactors—intrinsically safe and without the need for tritium as fuel. Further theoretical studies and experimental data on the nuclear reactions involved are, however, necessary to fully assess their potential.

[summary] => [format] => 2 [safe_value] =>

A research team from the Department of Physics and Astronomy “G. Galilei” (DFA) at the University of Padua has “dusted off” and reexamined an old nuclear fusion concept dating back to the 1950s, which envisions the combustion of solid lithium-6 deuteride at room temperature using neutrons. This process, known as the Jetter cycle, named after its proponent Ulrich Jetter, offers intriguing prospects for energy production in devices not based on plasma confinement. This line of research came to a halt in the 1970s, during the Cold War, due to restrictions on publishing results regarding nuclear reactions, as they closely resembled reactions triggered in some nuclear weapon designs. Only one researcher, Rand McNally, continued this line of work, and his internal reports at the renowned Oak Ridge Laboratory were declassified only in the 1990s.

Lorenzo Fortunato, professor at DFA, after “rediscovering” these old articles and informal manuscripts, assembled a small research team made up of his undergraduate and master’s thesis students and staff from the National Institute for Nuclear Physics (INFN). The group investigated the complex network of nuclear reactions induced by a neutron beam in lithium crystals.

“Using modern compilations of nuclear data, we predicted the time evolution and isotopic composition of a network of thermonuclear reactions involving the Jetter cycle (neutrons + Lithium-6) and the Post cycle (protons + Lithium-6), a similar process triggered by protons instead of neutrons,” explains Prof. Fortunato. “In an ideal case, at the beginning there are only lithium and deuterium (purple and blue), the components of the fuel crystal, and the neutrons irradiating it. Over time, after just a few millionths of a second, the material is essentially converted into alpha particles—helium-4 nuclei, inert and harmless—plus a small amount of tritium and some secondary neutrons. The latter can be potentially harmful to health but can be contained with an external ‘jacket’ of absorbing material, such as graphite.”

The study remains at a purely academic level, but modeling is the first step toward building test devices. The technological challenges required to create a prototype—such as controlled production of intense neutron beams and the conversion of the thermal energy produced into usable electrical energy—are certainly demanding, but perhaps within reach of modern experimenters.

The simulations, easily repeatable with a code made publicly available in the University’s Data Repository, were conducted in two typical scenarios.

In an ideal scenario, which does not consider the energy losses from the motion of charged ions in matter, a huge potential energy release is obtained. More realistic calculations, which include the braking effect of charged particles, scale down this energy production but still indicate that slow and controlled nuclear combustion processes achieved by injecting neutrons could be up to a thousand times more advantageous than energy obtained, for example, from chemical combustion. All this without releasing dangerous radiation, producing harmful byproducts, or creating the risk of an uncontrolled chain reaction, as could unfortunately occur in traditional fission power plants.

The authors of the theoretical study challenge experimental colleagues to initiate an applied research program leading to new experiments on these fusion cycles, which could pave the way for new plasma-free fusion reactors—intrinsically safe and without the need for tritium as fuel. Further theoretical studies and experimental data on the nuclear reactions involved are, however, necessary to fully assess their potential.

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A research team from the Department of Physics and Astronomy “G. Galilei” (DFA) at the University of Padua has “dusted off” and reexamined an old nuclear fusion concept dating back to the 1950s, which envisions the combustion of solid lithium-6 deuteride at room temperature using neutrons. This process, known as the Jetter cycle, named after its proponent Ulrich Jetter, offers intriguing prospects for energy production in devices not based on plasma confinement. This line of research came to a halt in the 1970s, during the Cold War, due to restrictions on publishing results regarding nuclear reactions, as they closely resembled reactions triggered in some nuclear weapon designs. Only one researcher, Rand McNally, continued this line of work, and his internal reports at the renowned Oak Ridge Laboratory were declassified only in the 1990s.

Lorenzo Fortunato, professor at DFA, after “rediscovering” these old articles and informal manuscripts, assembled a small research team made up of his undergraduate and master’s thesis students and staff from the National Institute for Nuclear Physics (INFN). The group investigated the complex network of nuclear reactions induced by a neutron beam in lithium crystals.

“Using modern compilations of nuclear data, we predicted the time evolution and isotopic composition of a network of thermonuclear reactions involving the Jetter cycle (neutrons + Lithium-6) and the Post cycle (protons + Lithium-6), a similar process triggered by protons instead of neutrons,” explains Prof. Fortunato. “In an ideal case, at the beginning there are only lithium and deuterium (purple and blue), the components of the fuel crystal, and the neutrons irradiating it. Over time, after just a few millionths of a second, the material is essentially converted into alpha particles—helium-4 nuclei, inert and harmless—plus a small amount of tritium and some secondary neutrons. The latter can be potentially harmful to health but can be contained with an external ‘jacket’ of absorbing material, such as graphite.”

The study remains at a purely academic level, but modeling is the first step toward building test devices. The technological challenges required to create a prototype—such as controlled production of intense neutron beams and the conversion of the thermal energy produced into usable electrical energy—are certainly demanding, but perhaps within reach of modern experimenters.

The simulations, easily repeatable with a code made publicly available in the University’s Data Repository, were conducted in two typical scenarios.

In an ideal scenario, which does not consider the energy losses from the motion of charged ions in matter, a huge potential energy release is obtained. More realistic calculations, which include the braking effect of charged particles, scale down this energy production but still indicate that slow and controlled nuclear combustion processes achieved by injecting neutrons could be up to a thousand times more advantageous than energy obtained, for example, from chemical combustion. All this without releasing dangerous radiation, producing harmful byproducts, or creating the risk of an uncontrolled chain reaction, as could unfortunately occur in traditional fission power plants.

The authors of the theoretical study challenge experimental colleagues to initiate an applied research program leading to new experiments on these fusion cycles, which could pave the way for new plasma-free fusion reactors—intrinsically safe and without the need for tritium as fuel. Further theoretical studies and experimental data on the nuclear reactions involved are, however, necessary to fully assess their potential.

[summary] => [format] => 2 [safe_value] =>

A research team from the Department of Physics and Astronomy “G. Galilei” (DFA) at the University of Padua has “dusted off” and reexamined an old nuclear fusion concept dating back to the 1950s, which envisions the combustion of solid lithium-6 deuteride at room temperature using neutrons. This process, known as the Jetter cycle, named after its proponent Ulrich Jetter, offers intriguing prospects for energy production in devices not based on plasma confinement. This line of research came to a halt in the 1970s, during the Cold War, due to restrictions on publishing results regarding nuclear reactions, as they closely resembled reactions triggered in some nuclear weapon designs. Only one researcher, Rand McNally, continued this line of work, and his internal reports at the renowned Oak Ridge Laboratory were declassified only in the 1990s.

Lorenzo Fortunato, professor at DFA, after “rediscovering” these old articles and informal manuscripts, assembled a small research team made up of his undergraduate and master’s thesis students and staff from the National Institute for Nuclear Physics (INFN). The group investigated the complex network of nuclear reactions induced by a neutron beam in lithium crystals.

“Using modern compilations of nuclear data, we predicted the time evolution and isotopic composition of a network of thermonuclear reactions involving the Jetter cycle (neutrons + Lithium-6) and the Post cycle (protons + Lithium-6), a similar process triggered by protons instead of neutrons,” explains Prof. Fortunato. “In an ideal case, at the beginning there are only lithium and deuterium (purple and blue), the components of the fuel crystal, and the neutrons irradiating it. Over time, after just a few millionths of a second, the material is essentially converted into alpha particles—helium-4 nuclei, inert and harmless—plus a small amount of tritium and some secondary neutrons. The latter can be potentially harmful to health but can be contained with an external ‘jacket’ of absorbing material, such as graphite.”

The study remains at a purely academic level, but modeling is the first step toward building test devices. The technological challenges required to create a prototype—such as controlled production of intense neutron beams and the conversion of the thermal energy produced into usable electrical energy—are certainly demanding, but perhaps within reach of modern experimenters.

The simulations, easily repeatable with a code made publicly available in the University’s Data Repository, were conducted in two typical scenarios.

In an ideal scenario, which does not consider the energy losses from the motion of charged ions in matter, a huge potential energy release is obtained. More realistic calculations, which include the braking effect of charged particles, scale down this energy production but still indicate that slow and controlled nuclear combustion processes achieved by injecting neutrons could be up to a thousand times more advantageous than energy obtained, for example, from chemical combustion. All this without releasing dangerous radiation, producing harmful byproducts, or creating the risk of an uncontrolled chain reaction, as could unfortunately occur in traditional fission power plants.

The authors of the theoretical study challenge experimental colleagues to initiate an applied research program leading to new experiments on these fusion cycles, which could pave the way for new plasma-free fusion reactors—intrinsically safe and without the need for tritium as fuel. Further theoretical studies and experimental data on the nuclear reactions involved are, however, necessary to fully assess their potential.

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A research team from the Department of Physics and Astronomy “G. Galilei” (DFA) at the University of Padua has “dusted off” and reexamined an old nuclear fusion concept dating back to the 1950s, which envisions the combustion of solid lithium-6 deuteride at room temperature using neutrons. This process, known as the Jetter cycle, named after its proponent Ulrich Jetter, offers intriguing prospects for energy production in devices not based on plasma confinement. This line of research came to a halt in the 1970s, during the Cold War, due to restrictions on publishing results regarding nuclear reactions, as they closely resembled reactions triggered in some nuclear weapon designs. Only one researcher, Rand McNally, continued this line of work, and his internal reports at the renowned Oak Ridge Laboratory were declassified only in the 1990s.

Lorenzo Fortunato, professor at DFA, after “rediscovering” these old articles and informal manuscripts, assembled a small research team made up of his undergraduate and master’s thesis students and staff from the National Institute for Nuclear Physics (INFN). The group investigated the complex network of nuclear reactions induced by a neutron beam in lithium crystals.

“Using modern compilations of nuclear data, we predicted the time evolution and isotopic composition of a network of thermonuclear reactions involving the Jetter cycle (neutrons + Lithium-6) and the Post cycle (protons + Lithium-6), a similar process triggered by protons instead of neutrons,” explains Prof. Fortunato. “In an ideal case, at the beginning there are only lithium and deuterium (purple and blue), the components of the fuel crystal, and the neutrons irradiating it. Over time, after just a few millionths of a second, the material is essentially converted into alpha particles—helium-4 nuclei, inert and harmless—plus a small amount of tritium and some secondary neutrons. The latter can be potentially harmful to health but can be contained with an external ‘jacket’ of absorbing material, such as graphite.”

The study remains at a purely academic level, but modeling is the first step toward building test devices. The technological challenges required to create a prototype—such as controlled production of intense neutron beams and the conversion of the thermal energy produced into usable electrical energy—are certainly demanding, but perhaps within reach of modern experimenters.

The simulations, easily repeatable with a code made publicly available in the University’s Data Repository, were conducted in two typical scenarios.

In an ideal scenario, which does not consider the energy losses from the motion of charged ions in matter, a huge potential energy release is obtained. More realistic calculations, which include the braking effect of charged particles, scale down this energy production but still indicate that slow and controlled nuclear combustion processes achieved by injecting neutrons could be up to a thousand times more advantageous than energy obtained, for example, from chemical combustion. All this without releasing dangerous radiation, producing harmful byproducts, or creating the risk of an uncontrolled chain reaction, as could unfortunately occur in traditional fission power plants.

The authors of the theoretical study challenge experimental colleagues to initiate an applied research program leading to new experiments on these fusion cycles, which could pave the way for new plasma-free fusion reactors—intrinsically safe and without the need for tritium as fuel. Further theoretical studies and experimental data on the nuclear reactions involved are, however, necessary to fully assess their potential.

[summary] => [format] => 2 [safe_value] =>

A research team from the Department of Physics and Astronomy “G. Galilei” (DFA) at the University of Padua has “dusted off” and reexamined an old nuclear fusion concept dating back to the 1950s, which envisions the combustion of solid lithium-6 deuteride at room temperature using neutrons. This process, known as the Jetter cycle, named after its proponent Ulrich Jetter, offers intriguing prospects for energy production in devices not based on plasma confinement. This line of research came to a halt in the 1970s, during the Cold War, due to restrictions on publishing results regarding nuclear reactions, as they closely resembled reactions triggered in some nuclear weapon designs. Only one researcher, Rand McNally, continued this line of work, and his internal reports at the renowned Oak Ridge Laboratory were declassified only in the 1990s.

Lorenzo Fortunato, professor at DFA, after “rediscovering” these old articles and informal manuscripts, assembled a small research team made up of his undergraduate and master’s thesis students and staff from the National Institute for Nuclear Physics (INFN). The group investigated the complex network of nuclear reactions induced by a neutron beam in lithium crystals.

“Using modern compilations of nuclear data, we predicted the time evolution and isotopic composition of a network of thermonuclear reactions involving the Jetter cycle (neutrons + Lithium-6) and the Post cycle (protons + Lithium-6), a similar process triggered by protons instead of neutrons,” explains Prof. Fortunato. “In an ideal case, at the beginning there are only lithium and deuterium (purple and blue), the components of the fuel crystal, and the neutrons irradiating it. Over time, after just a few millionths of a second, the material is essentially converted into alpha particles—helium-4 nuclei, inert and harmless—plus a small amount of tritium and some secondary neutrons. The latter can be potentially harmful to health but can be contained with an external ‘jacket’ of absorbing material, such as graphite.”

The study remains at a purely academic level, but modeling is the first step toward building test devices. The technological challenges required to create a prototype—such as controlled production of intense neutron beams and the conversion of the thermal energy produced into usable electrical energy—are certainly demanding, but perhaps within reach of modern experimenters.

The simulations, easily repeatable with a code made publicly available in the University’s Data Repository, were conducted in two typical scenarios.

In an ideal scenario, which does not consider the energy losses from the motion of charged ions in matter, a huge potential energy release is obtained. More realistic calculations, which include the braking effect of charged particles, scale down this energy production but still indicate that slow and controlled nuclear combustion processes achieved by injecting neutrons could be up to a thousand times more advantageous than energy obtained, for example, from chemical combustion. All this without releasing dangerous radiation, producing harmful byproducts, or creating the risk of an uncontrolled chain reaction, as could unfortunately occur in traditional fission power plants.

The authors of the theoretical study challenge experimental colleagues to initiate an applied research program leading to new experiments on these fusion cycles, which could pave the way for new plasma-free fusion reactors—intrinsically safe and without the need for tritium as fuel. Further theoretical studies and experimental data on the nuclear reactions involved are, however, necessary to fully assess their potential.

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Team di ricerca Unipd riesamina un vecchio concetto di fusione nucleare degli anni '50

Submitted by francesca.forzan on Lun, 29/09/2025 - 11:54
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Un team di ricerca del Dipartimento di Fisica e astronomia “G. Galilei” (DFA) dell'Università di Padova ha “rispolverato” e riesaminato un vecchio concetto di fusione nucleare risalente agli anni '50, che prevede la combustione di deuteruro di litio-6 solido a temperatura ambiente con neutroni. Questo processo, noto come ciclo di Jetter, dal nome del proponente, Ulrich Jetter, offre prospettive interessanti per la produzione di energia in dispositivi non basati sul confinamento del plasma. Questa linea di ricerca si era arenata negli anni Settanta, nel periodo della guerra fredda, a causa delle restrizioni alla pubblicazione di risultati riguardanti le reazioni nucleari, poiché è molto simile alle reazioni che si innescano in alcuni design di bombe nucleari. Solo un ricercatore, Rand McNally, aveva continuato il filone, e i suoi report interni al famoso laboratorio di Oak Ridge sono stati desecretati solo negli anni Novanta.

Lorenzo Fortunato, docente del DFA, dopo aver “riscoperto” questi vecchi articoli e manoscritti informali, ha messo insieme un piccolo team di ricerca formato da suoi studenti e studentesse di tesi triennale e magistrale e personale dell’istituto Nazionale di Fisica Nucleare, INFN. Il gruppo ha investigato la complessa rete di reazioni nucleari indotta da un fascio di neutroni nei cristalli di litio.

«Utilizzando moderne compilazioni di dati nucleari, abbiamo predetto l'evoluzione temporale e la composizione isotopica di una rete di reazioni termonucleari coinvolgenti il ciclo di Jetter (neutroni più Litio-6) e il ciclo di Post (protoni+Litio-6), un processo simile innescato da protoni anziché neutroni – spiega il prof. Fortunato -. In un caso ideale, all’inizio ci sono solo litio e deuterio (viola e blu), i componenti del cristallo combustibile e i neutroni che lo irradiano. Col passare del tempo, dopo solo pochi milionesimi di secondo, il materiale è convertito essenzialmente in particelle alfa, ovvero nuclei di elio-4, inerte e non pericoloso e poco altro come trizio e un certo quantitativo di neutroni secondari. Questi ultimi sono potenzialmente dannosi alla salute, ma contenibili con una “camicia esterna” di materiale assorbitore, come la grafite.»

Lo studio è ancora su un piano puramente accademico, ma la modellizzazione è il primo passo vero la realizzazione di dispositivi per i test. Le sfide tecnologiche necessarie a realizzare un prototipo, come la produzione controllata di fasci di neutroni intensi e la conversione dell’energia termica prodotta in energia elettrica utilizzabile, sono certamente ardue, ma forse alla portata dei moderni sperimentatori.

Le simulazioni, facilmente ripetibili con un codice che è stato reso pubblico sul Data Repository dell’Università, sono state condotte in due scenari tipo.

In uno scenario ideale, che non considera le perdite energetiche del moto degli ioni carichi nella materia, si ottiene un enorme potenziale di rilascio di energia. Calcoli più realistici, che includono l'effetto di frenamento delle particelle cariche, ridimensionano questa produzione energetica, ma indicano che i processi di combustione nucleare lenta e controllata, ottenuta iniettando neutroni potrebbe ancora essere un migliaio di volte più vantaggiosa rispetto all’energia ottenuta per esempio da combustione chimica. Tutto ciò senza rilasciare radiazioni pericolose o generare sottoprodotti nocivi e senza che ci sia la possibilità di una reazione a catena incontrollata come potrebbe malauguratamente capitare nelle centrali a fissione di tipo tradizionale.

Gli autori dello studio teorico lanciano una sfida ai colleghi sperimentali per la nascita di un programma di ricerca applicato che conduca nuovi esperimenti su questi cicli di fusione, che potrebbero aprire la strada a nuovi reattori a fusione non basati sul plasma, intrinsecamente sicuri e senza la necessità di tritio come combustibile. Ulteriori studi teorici e dati sperimentali sulle reazioni nucleari coinvolte sono tuttavia necessari per valutarne appieno le potenzialità.

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Un team di ricerca del Dipartimento di Fisica e astronomia “G. Galilei” (DFA) dell'Università di Padova ha “rispolverato” e riesaminato un vecchio concetto di fusione nucleare risalente agli anni '50, che prevede la combustione di deuteruro di litio-6 solido a temperatura ambiente con neutroni. Questo processo, noto come ciclo di Jetter, dal nome del proponente, Ulrich Jetter, offre prospettive interessanti per la produzione di energia in dispositivi non basati sul confinamento del plasma. Questa linea di ricerca si era arenata negli anni Settanta, nel periodo della guerra fredda, a causa delle restrizioni alla pubblicazione di risultati riguardanti le reazioni nucleari, poiché è molto simile alle reazioni che si innescano in alcuni design di bombe nucleari. Solo un ricercatore, Rand McNally, aveva continuato il filone, e i suoi report interni al famoso laboratorio di Oak Ridge sono stati desecretati solo negli anni Novanta.

Lorenzo Fortunato, docente del DFA, dopo aver “riscoperto” questi vecchi articoli e manoscritti informali, ha messo insieme un piccolo team di ricerca formato da suoi studenti e studentesse di tesi triennale e magistrale e personale dell’istituto Nazionale di Fisica Nucleare, INFN. Il gruppo ha investigato la complessa rete di reazioni nucleari indotta da un fascio di neutroni nei cristalli di litio.

«Utilizzando moderne compilazioni di dati nucleari, abbiamo predetto l'evoluzione temporale e la composizione isotopica di una rete di reazioni termonucleari coinvolgenti il ciclo di Jetter (neutroni più Litio-6) e il ciclo di Post (protoni+Litio-6), un processo simile innescato da protoni anziché neutroni – spiega il prof. Fortunato -. In un caso ideale, all’inizio ci sono solo litio e deuterio (viola e blu), i componenti del cristallo combustibile e i neutroni che lo irradiano. Col passare del tempo, dopo solo pochi milionesimi di secondo, il materiale è convertito essenzialmente in particelle alfa, ovvero nuclei di elio-4, inerte e non pericoloso e poco altro come trizio e un certo quantitativo di neutroni secondari. Questi ultimi sono potenzialmente dannosi alla salute, ma contenibili con una “camicia esterna” di materiale assorbitore, come la grafite.»

Lo studio è ancora su un piano puramente accademico, ma la modellizzazione è il primo passo vero la realizzazione di dispositivi per i test. Le sfide tecnologiche necessarie a realizzare un prototipo, come la produzione controllata di fasci di neutroni intensi e la conversione dell’energia termica prodotta in energia elettrica utilizzabile, sono certamente ardue, ma forse alla portata dei moderni sperimentatori.

Le simulazioni, facilmente ripetibili con un codice che è stato reso pubblico sul Data Repository dell’Università, sono state condotte in due scenari tipo.

In uno scenario ideale, che non considera le perdite energetiche del moto degli ioni carichi nella materia, si ottiene un enorme potenziale di rilascio di energia. Calcoli più realistici, che includono l'effetto di frenamento delle particelle cariche, ridimensionano questa produzione energetica, ma indicano che i processi di combustione nucleare lenta e controllata, ottenuta iniettando neutroni potrebbe ancora essere un migliaio di volte più vantaggiosa rispetto all’energia ottenuta per esempio da combustione chimica. Tutto ciò senza rilasciare radiazioni pericolose o generare sottoprodotti nocivi e senza che ci sia la possibilità di una reazione a catena incontrollata come potrebbe malauguratamente capitare nelle centrali a fissione di tipo tradizionale.

Gli autori dello studio teorico lanciano una sfida ai colleghi sperimentali per la nascita di un programma di ricerca applicato che conduca nuovi esperimenti su questi cicli di fusione, che potrebbero aprire la strada a nuovi reattori a fusione non basati sul plasma, intrinsecamente sicuri e senza la necessità di tritio come combustibile. Ulteriori studi teorici e dati sperimentali sulle reazioni nucleari coinvolte sono tuttavia necessari per valutarne appieno le potenzialità.

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Un team di ricerca del Dipartimento di Fisica e astronomia “G. Galilei” (DFA) dell'Università di Padova ha “rispolverato” e riesaminato un vecchio concetto di fusione nucleare risalente agli anni '50, che prevede la combustione di deuteruro di litio-6 solido a temperatura ambiente con neutroni. Questo processo, noto come ciclo di Jetter, dal nome del proponente, Ulrich Jetter, offre prospettive interessanti per la produzione di energia in dispositivi non basati sul confinamento del plasma. Questa linea di ricerca si era arenata negli anni Settanta, nel periodo della guerra fredda, a causa delle restrizioni alla pubblicazione di risultati riguardanti le reazioni nucleari, poiché è molto simile alle reazioni che si innescano in alcuni design di bombe nucleari. Solo un ricercatore, Rand McNally, aveva continuato il filone, e i suoi report interni al famoso laboratorio di Oak Ridge sono stati desecretati solo negli anni Novanta.

Lorenzo Fortunato, docente del DFA, dopo aver “riscoperto” questi vecchi articoli e manoscritti informali, ha messo insieme un piccolo team di ricerca formato da suoi studenti e studentesse di tesi triennale e magistrale e personale dell’istituto Nazionale di Fisica Nucleare, INFN. Il gruppo ha investigato la complessa rete di reazioni nucleari indotta da un fascio di neutroni nei cristalli di litio.

«Utilizzando moderne compilazioni di dati nucleari, abbiamo predetto l'evoluzione temporale e la composizione isotopica di una rete di reazioni termonucleari coinvolgenti il ciclo di Jetter (neutroni più Litio-6) e il ciclo di Post (protoni+Litio-6), un processo simile innescato da protoni anziché neutroni – spiega il prof. Fortunato -. In un caso ideale, all’inizio ci sono solo litio e deuterio (viola e blu), i componenti del cristallo combustibile e i neutroni che lo irradiano. Col passare del tempo, dopo solo pochi milionesimi di secondo, il materiale è convertito essenzialmente in particelle alfa, ovvero nuclei di elio-4, inerte e non pericoloso e poco altro come trizio e un certo quantitativo di neutroni secondari. Questi ultimi sono potenzialmente dannosi alla salute, ma contenibili con una “camicia esterna” di materiale assorbitore, come la grafite.»

Lo studio è ancora su un piano puramente accademico, ma la modellizzazione è il primo passo vero la realizzazione di dispositivi per i test. Le sfide tecnologiche necessarie a realizzare un prototipo, come la produzione controllata di fasci di neutroni intensi e la conversione dell’energia termica prodotta in energia elettrica utilizzabile, sono certamente ardue, ma forse alla portata dei moderni sperimentatori.

Le simulazioni, facilmente ripetibili con un codice che è stato reso pubblico sul Data Repository dell’Università, sono state condotte in due scenari tipo.

In uno scenario ideale, che non considera le perdite energetiche del moto degli ioni carichi nella materia, si ottiene un enorme potenziale di rilascio di energia. Calcoli più realistici, che includono l'effetto di frenamento delle particelle cariche, ridimensionano questa produzione energetica, ma indicano che i processi di combustione nucleare lenta e controllata, ottenuta iniettando neutroni potrebbe ancora essere un migliaio di volte più vantaggiosa rispetto all’energia ottenuta per esempio da combustione chimica. Tutto ciò senza rilasciare radiazioni pericolose o generare sottoprodotti nocivi e senza che ci sia la possibilità di una reazione a catena incontrollata come potrebbe malauguratamente capitare nelle centrali a fissione di tipo tradizionale.

Gli autori dello studio teorico lanciano una sfida ai colleghi sperimentali per la nascita di un programma di ricerca applicato che conduca nuovi esperimenti su questi cicli di fusione, che potrebbero aprire la strada a nuovi reattori a fusione non basati sul plasma, intrinsecamente sicuri e senza la necessità di tritio come combustibile. Ulteriori studi teorici e dati sperimentali sulle reazioni nucleari coinvolte sono tuttavia necessari per valutarne appieno le potenzialità.

[summary] => [format] => 2 [safe_value] =>

Un team di ricerca del Dipartimento di Fisica e astronomia “G. Galilei” (DFA) dell'Università di Padova ha “rispolverato” e riesaminato un vecchio concetto di fusione nucleare risalente agli anni '50, che prevede la combustione di deuteruro di litio-6 solido a temperatura ambiente con neutroni. Questo processo, noto come ciclo di Jetter, dal nome del proponente, Ulrich Jetter, offre prospettive interessanti per la produzione di energia in dispositivi non basati sul confinamento del plasma. Questa linea di ricerca si era arenata negli anni Settanta, nel periodo della guerra fredda, a causa delle restrizioni alla pubblicazione di risultati riguardanti le reazioni nucleari, poiché è molto simile alle reazioni che si innescano in alcuni design di bombe nucleari. Solo un ricercatore, Rand McNally, aveva continuato il filone, e i suoi report interni al famoso laboratorio di Oak Ridge sono stati desecretati solo negli anni Novanta.

Lorenzo Fortunato, docente del DFA, dopo aver “riscoperto” questi vecchi articoli e manoscritti informali, ha messo insieme un piccolo team di ricerca formato da suoi studenti e studentesse di tesi triennale e magistrale e personale dell’istituto Nazionale di Fisica Nucleare, INFN. Il gruppo ha investigato la complessa rete di reazioni nucleari indotta da un fascio di neutroni nei cristalli di litio.

«Utilizzando moderne compilazioni di dati nucleari, abbiamo predetto l'evoluzione temporale e la composizione isotopica di una rete di reazioni termonucleari coinvolgenti il ciclo di Jetter (neutroni più Litio-6) e il ciclo di Post (protoni+Litio-6), un processo simile innescato da protoni anziché neutroni – spiega il prof. Fortunato -. In un caso ideale, all’inizio ci sono solo litio e deuterio (viola e blu), i componenti del cristallo combustibile e i neutroni che lo irradiano. Col passare del tempo, dopo solo pochi milionesimi di secondo, il materiale è convertito essenzialmente in particelle alfa, ovvero nuclei di elio-4, inerte e non pericoloso e poco altro come trizio e un certo quantitativo di neutroni secondari. Questi ultimi sono potenzialmente dannosi alla salute, ma contenibili con una “camicia esterna” di materiale assorbitore, come la grafite.»

Lo studio è ancora su un piano puramente accademico, ma la modellizzazione è il primo passo vero la realizzazione di dispositivi per i test. Le sfide tecnologiche necessarie a realizzare un prototipo, come la produzione controllata di fasci di neutroni intensi e la conversione dell’energia termica prodotta in energia elettrica utilizzabile, sono certamente ardue, ma forse alla portata dei moderni sperimentatori.

Le simulazioni, facilmente ripetibili con un codice che è stato reso pubblico sul Data Repository dell’Università, sono state condotte in due scenari tipo.

In uno scenario ideale, che non considera le perdite energetiche del moto degli ioni carichi nella materia, si ottiene un enorme potenziale di rilascio di energia. Calcoli più realistici, che includono l'effetto di frenamento delle particelle cariche, ridimensionano questa produzione energetica, ma indicano che i processi di combustione nucleare lenta e controllata, ottenuta iniettando neutroni potrebbe ancora essere un migliaio di volte più vantaggiosa rispetto all’energia ottenuta per esempio da combustione chimica. Tutto ciò senza rilasciare radiazioni pericolose o generare sottoprodotti nocivi e senza che ci sia la possibilità di una reazione a catena incontrollata come potrebbe malauguratamente capitare nelle centrali a fissione di tipo tradizionale.

Gli autori dello studio teorico lanciano una sfida ai colleghi sperimentali per la nascita di un programma di ricerca applicato che conduca nuovi esperimenti su questi cicli di fusione, che potrebbero aprire la strada a nuovi reattori a fusione non basati sul plasma, intrinsecamente sicuri e senza la necessità di tritio come combustibile. Ulteriori studi teorici e dati sperimentali sulle reazioni nucleari coinvolte sono tuttavia necessari per valutarne appieno le potenzialità.

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Un team di ricerca del Dipartimento di Fisica e astronomia “G. Galilei” (DFA) dell'Università di Padova ha “rispolverato” e riesaminato un vecchio concetto di fusione nucleare risalente agli anni '50, che prevede la combustione di deuteruro di litio-6 solido a temperatura ambiente con neutroni. Questo processo, noto come ciclo di Jetter, dal nome del proponente, Ulrich Jetter, offre prospettive interessanti per la produzione di energia in dispositivi non basati sul confinamento del plasma.

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Un team di ricerca del Dipartimento di Fisica e astronomia “G. Galilei” (DFA) dell'Università di Padova ha “rispolverato” e riesaminato un vecchio concetto di fusione nucleare risalente agli anni '50, che prevede la combustione di deuteruro di litio-6 solido a temperatura ambiente con neutroni. Questo processo, noto come ciclo di Jetter, dal nome del proponente, Ulrich Jetter, offre prospettive interessanti per la produzione di energia in dispositivi non basati sul confinamento del plasma. Questa linea di ricerca si era arenata negli anni Settanta, nel periodo della guerra fredda, a causa delle restrizioni alla pubblicazione di risultati riguardanti le reazioni nucleari, poiché è molto simile alle reazioni che si innescano in alcuni design di bombe nucleari. Solo un ricercatore, Rand McNally, aveva continuato il filone, e i suoi report interni al famoso laboratorio di Oak Ridge sono stati desecretati solo negli anni Novanta.

Lorenzo Fortunato, docente del DFA, dopo aver “riscoperto” questi vecchi articoli e manoscritti informali, ha messo insieme un piccolo team di ricerca formato da suoi studenti e studentesse di tesi triennale e magistrale e personale dell’istituto Nazionale di Fisica Nucleare, INFN. Il gruppo ha investigato la complessa rete di reazioni nucleari indotta da un fascio di neutroni nei cristalli di litio.

«Utilizzando moderne compilazioni di dati nucleari, abbiamo predetto l'evoluzione temporale e la composizione isotopica di una rete di reazioni termonucleari coinvolgenti il ciclo di Jetter (neutroni più Litio-6) e il ciclo di Post (protoni+Litio-6), un processo simile innescato da protoni anziché neutroni – spiega il prof. Fortunato -. In un caso ideale, all’inizio ci sono solo litio e deuterio (viola e blu), i componenti del cristallo combustibile e i neutroni che lo irradiano. Col passare del tempo, dopo solo pochi milionesimi di secondo, il materiale è convertito essenzialmente in particelle alfa, ovvero nuclei di elio-4, inerte e non pericoloso e poco altro come trizio e un certo quantitativo di neutroni secondari. Questi ultimi sono potenzialmente dannosi alla salute, ma contenibili con una “camicia esterna” di materiale assorbitore, come la grafite.»

Lo studio è ancora su un piano puramente accademico, ma la modellizzazione è il primo passo vero la realizzazione di dispositivi per i test. Le sfide tecnologiche necessarie a realizzare un prototipo, come la produzione controllata di fasci di neutroni intensi e la conversione dell’energia termica prodotta in energia elettrica utilizzabile, sono certamente ardue, ma forse alla portata dei moderni sperimentatori.

Le simulazioni, facilmente ripetibili con un codice che è stato reso pubblico sul Data Repository dell’Università, sono state condotte in due scenari tipo.

In uno scenario ideale, che non considera le perdite energetiche del moto degli ioni carichi nella materia, si ottiene un enorme potenziale di rilascio di energia. Calcoli più realistici, che includono l'effetto di frenamento delle particelle cariche, ridimensionano questa produzione energetica, ma indicano che i processi di combustione nucleare lenta e controllata, ottenuta iniettando neutroni potrebbe ancora essere un migliaio di volte più vantaggiosa rispetto all’energia ottenuta per esempio da combustione chimica. Tutto ciò senza rilasciare radiazioni pericolose o generare sottoprodotti nocivi e senza che ci sia la possibilità di una reazione a catena incontrollata come potrebbe malauguratamente capitare nelle centrali a fissione di tipo tradizionale.

Gli autori dello studio teorico lanciano una sfida ai colleghi sperimentali per la nascita di un programma di ricerca applicato che conduca nuovi esperimenti su questi cicli di fusione, che potrebbero aprire la strada a nuovi reattori a fusione non basati sul plasma, intrinsecamente sicuri e senza la necessità di tritio come combustibile. Ulteriori studi teorici e dati sperimentali sulle reazioni nucleari coinvolte sono tuttavia necessari per valutarne appieno le potenzialità.

[summary] => [format] => 2 [safe_value] =>

Un team di ricerca del Dipartimento di Fisica e astronomia “G. Galilei” (DFA) dell'Università di Padova ha “rispolverato” e riesaminato un vecchio concetto di fusione nucleare risalente agli anni '50, che prevede la combustione di deuteruro di litio-6 solido a temperatura ambiente con neutroni. Questo processo, noto come ciclo di Jetter, dal nome del proponente, Ulrich Jetter, offre prospettive interessanti per la produzione di energia in dispositivi non basati sul confinamento del plasma. Questa linea di ricerca si era arenata negli anni Settanta, nel periodo della guerra fredda, a causa delle restrizioni alla pubblicazione di risultati riguardanti le reazioni nucleari, poiché è molto simile alle reazioni che si innescano in alcuni design di bombe nucleari. Solo un ricercatore, Rand McNally, aveva continuato il filone, e i suoi report interni al famoso laboratorio di Oak Ridge sono stati desecretati solo negli anni Novanta.

Lorenzo Fortunato, docente del DFA, dopo aver “riscoperto” questi vecchi articoli e manoscritti informali, ha messo insieme un piccolo team di ricerca formato da suoi studenti e studentesse di tesi triennale e magistrale e personale dell’istituto Nazionale di Fisica Nucleare, INFN. Il gruppo ha investigato la complessa rete di reazioni nucleari indotta da un fascio di neutroni nei cristalli di litio.

«Utilizzando moderne compilazioni di dati nucleari, abbiamo predetto l'evoluzione temporale e la composizione isotopica di una rete di reazioni termonucleari coinvolgenti il ciclo di Jetter (neutroni più Litio-6) e il ciclo di Post (protoni+Litio-6), un processo simile innescato da protoni anziché neutroni – spiega il prof. Fortunato -. In un caso ideale, all’inizio ci sono solo litio e deuterio (viola e blu), i componenti del cristallo combustibile e i neutroni che lo irradiano. Col passare del tempo, dopo solo pochi milionesimi di secondo, il materiale è convertito essenzialmente in particelle alfa, ovvero nuclei di elio-4, inerte e non pericoloso e poco altro come trizio e un certo quantitativo di neutroni secondari. Questi ultimi sono potenzialmente dannosi alla salute, ma contenibili con una “camicia esterna” di materiale assorbitore, come la grafite.»

Lo studio è ancora su un piano puramente accademico, ma la modellizzazione è il primo passo vero la realizzazione di dispositivi per i test. Le sfide tecnologiche necessarie a realizzare un prototipo, come la produzione controllata di fasci di neutroni intensi e la conversione dell’energia termica prodotta in energia elettrica utilizzabile, sono certamente ardue, ma forse alla portata dei moderni sperimentatori.

Le simulazioni, facilmente ripetibili con un codice che è stato reso pubblico sul Data Repository dell’Università, sono state condotte in due scenari tipo.

In uno scenario ideale, che non considera le perdite energetiche del moto degli ioni carichi nella materia, si ottiene un enorme potenziale di rilascio di energia. Calcoli più realistici, che includono l'effetto di frenamento delle particelle cariche, ridimensionano questa produzione energetica, ma indicano che i processi di combustione nucleare lenta e controllata, ottenuta iniettando neutroni potrebbe ancora essere un migliaio di volte più vantaggiosa rispetto all’energia ottenuta per esempio da combustione chimica. Tutto ciò senza rilasciare radiazioni pericolose o generare sottoprodotti nocivi e senza che ci sia la possibilità di una reazione a catena incontrollata come potrebbe malauguratamente capitare nelle centrali a fissione di tipo tradizionale.

Gli autori dello studio teorico lanciano una sfida ai colleghi sperimentali per la nascita di un programma di ricerca applicato che conduca nuovi esperimenti su questi cicli di fusione, che potrebbero aprire la strada a nuovi reattori a fusione non basati sul plasma, intrinsecamente sicuri e senza la necessità di tritio come combustibile. Ulteriori studi teorici e dati sperimentali sulle reazioni nucleari coinvolte sono tuttavia necessari per valutarne appieno le potenzialità.

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Un team di ricerca del Dipartimento di Fisica e astronomia “G. Galilei” (DFA) dell'Università di Padova ha “rispolverato” e riesaminato un vecchio concetto di fusione nucleare risalente agli anni '50, che prevede la combustione di deuteruro di litio-6 solido a temperatura ambiente con neutroni. Questo processo, noto come ciclo di Jetter, dal nome del proponente, Ulrich Jetter, offre prospettive interessanti per la produzione di energia in dispositivi non basati sul confinamento del plasma. Questa linea di ricerca si era arenata negli anni Settanta, nel periodo della guerra fredda, a causa delle restrizioni alla pubblicazione di risultati riguardanti le reazioni nucleari, poiché è molto simile alle reazioni che si innescano in alcuni design di bombe nucleari. Solo un ricercatore, Rand McNally, aveva continuato il filone, e i suoi report interni al famoso laboratorio di Oak Ridge sono stati desecretati solo negli anni Novanta.

Lorenzo Fortunato, docente del DFA, dopo aver “riscoperto” questi vecchi articoli e manoscritti informali, ha messo insieme un piccolo team di ricerca formato da suoi studenti e studentesse di tesi triennale e magistrale e personale dell’istituto Nazionale di Fisica Nucleare, INFN. Il gruppo ha investigato la complessa rete di reazioni nucleari indotta da un fascio di neutroni nei cristalli di litio.

«Utilizzando moderne compilazioni di dati nucleari, abbiamo predetto l'evoluzione temporale e la composizione isotopica di una rete di reazioni termonucleari coinvolgenti il ciclo di Jetter (neutroni più Litio-6) e il ciclo di Post (protoni+Litio-6), un processo simile innescato da protoni anziché neutroni – spiega il prof. Fortunato -. In un caso ideale, all’inizio ci sono solo litio e deuterio (viola e blu), i componenti del cristallo combustibile e i neutroni che lo irradiano. Col passare del tempo, dopo solo pochi milionesimi di secondo, il materiale è convertito essenzialmente in particelle alfa, ovvero nuclei di elio-4, inerte e non pericoloso e poco altro come trizio e un certo quantitativo di neutroni secondari. Questi ultimi sono potenzialmente dannosi alla salute, ma contenibili con una “camicia esterna” di materiale assorbitore, come la grafite.»

Lo studio è ancora su un piano puramente accademico, ma la modellizzazione è il primo passo vero la realizzazione di dispositivi per i test. Le sfide tecnologiche necessarie a realizzare un prototipo, come la produzione controllata di fasci di neutroni intensi e la conversione dell’energia termica prodotta in energia elettrica utilizzabile, sono certamente ardue, ma forse alla portata dei moderni sperimentatori.

Le simulazioni, facilmente ripetibili con un codice che è stato reso pubblico sul Data Repository dell’Università, sono state condotte in due scenari tipo.

In uno scenario ideale, che non considera le perdite energetiche del moto degli ioni carichi nella materia, si ottiene un enorme potenziale di rilascio di energia. Calcoli più realistici, che includono l'effetto di frenamento delle particelle cariche, ridimensionano questa produzione energetica, ma indicano che i processi di combustione nucleare lenta e controllata, ottenuta iniettando neutroni potrebbe ancora essere un migliaio di volte più vantaggiosa rispetto all’energia ottenuta per esempio da combustione chimica. Tutto ciò senza rilasciare radiazioni pericolose o generare sottoprodotti nocivi e senza che ci sia la possibilità di una reazione a catena incontrollata come potrebbe malauguratamente capitare nelle centrali a fissione di tipo tradizionale.

Gli autori dello studio teorico lanciano una sfida ai colleghi sperimentali per la nascita di un programma di ricerca applicato che conduca nuovi esperimenti su questi cicli di fusione, che potrebbero aprire la strada a nuovi reattori a fusione non basati sul plasma, intrinsecamente sicuri e senza la necessità di tritio come combustibile. Ulteriori studi teorici e dati sperimentali sulle reazioni nucleari coinvolte sono tuttavia necessari per valutarne appieno le potenzialità.

[summary] => [format] => 2 [safe_value] =>

Un team di ricerca del Dipartimento di Fisica e astronomia “G. Galilei” (DFA) dell'Università di Padova ha “rispolverato” e riesaminato un vecchio concetto di fusione nucleare risalente agli anni '50, che prevede la combustione di deuteruro di litio-6 solido a temperatura ambiente con neutroni. Questo processo, noto come ciclo di Jetter, dal nome del proponente, Ulrich Jetter, offre prospettive interessanti per la produzione di energia in dispositivi non basati sul confinamento del plasma. Questa linea di ricerca si era arenata negli anni Settanta, nel periodo della guerra fredda, a causa delle restrizioni alla pubblicazione di risultati riguardanti le reazioni nucleari, poiché è molto simile alle reazioni che si innescano in alcuni design di bombe nucleari. Solo un ricercatore, Rand McNally, aveva continuato il filone, e i suoi report interni al famoso laboratorio di Oak Ridge sono stati desecretati solo negli anni Novanta.

Lorenzo Fortunato, docente del DFA, dopo aver “riscoperto” questi vecchi articoli e manoscritti informali, ha messo insieme un piccolo team di ricerca formato da suoi studenti e studentesse di tesi triennale e magistrale e personale dell’istituto Nazionale di Fisica Nucleare, INFN. Il gruppo ha investigato la complessa rete di reazioni nucleari indotta da un fascio di neutroni nei cristalli di litio.

«Utilizzando moderne compilazioni di dati nucleari, abbiamo predetto l'evoluzione temporale e la composizione isotopica di una rete di reazioni termonucleari coinvolgenti il ciclo di Jetter (neutroni più Litio-6) e il ciclo di Post (protoni+Litio-6), un processo simile innescato da protoni anziché neutroni – spiega il prof. Fortunato -. In un caso ideale, all’inizio ci sono solo litio e deuterio (viola e blu), i componenti del cristallo combustibile e i neutroni che lo irradiano. Col passare del tempo, dopo solo pochi milionesimi di secondo, il materiale è convertito essenzialmente in particelle alfa, ovvero nuclei di elio-4, inerte e non pericoloso e poco altro come trizio e un certo quantitativo di neutroni secondari. Questi ultimi sono potenzialmente dannosi alla salute, ma contenibili con una “camicia esterna” di materiale assorbitore, come la grafite.»

Lo studio è ancora su un piano puramente accademico, ma la modellizzazione è il primo passo vero la realizzazione di dispositivi per i test. Le sfide tecnologiche necessarie a realizzare un prototipo, come la produzione controllata di fasci di neutroni intensi e la conversione dell’energia termica prodotta in energia elettrica utilizzabile, sono certamente ardue, ma forse alla portata dei moderni sperimentatori.

Le simulazioni, facilmente ripetibili con un codice che è stato reso pubblico sul Data Repository dell’Università, sono state condotte in due scenari tipo.

In uno scenario ideale, che non considera le perdite energetiche del moto degli ioni carichi nella materia, si ottiene un enorme potenziale di rilascio di energia. Calcoli più realistici, che includono l'effetto di frenamento delle particelle cariche, ridimensionano questa produzione energetica, ma indicano che i processi di combustione nucleare lenta e controllata, ottenuta iniettando neutroni potrebbe ancora essere un migliaio di volte più vantaggiosa rispetto all’energia ottenuta per esempio da combustione chimica. Tutto ciò senza rilasciare radiazioni pericolose o generare sottoprodotti nocivi e senza che ci sia la possibilità di una reazione a catena incontrollata come potrebbe malauguratamente capitare nelle centrali a fissione di tipo tradizionale.

Gli autori dello studio teorico lanciano una sfida ai colleghi sperimentali per la nascita di un programma di ricerca applicato che conduca nuovi esperimenti su questi cicli di fusione, che potrebbero aprire la strada a nuovi reattori a fusione non basati sul plasma, intrinsecamente sicuri e senza la necessità di tritio come combustibile. Ulteriori studi teorici e dati sperimentali sulle reazioni nucleari coinvolte sono tuttavia necessari per valutarne appieno le potenzialità.

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Un team di ricerca del Dipartimento di Fisica e astronomia “G. Galilei” (DFA) dell'Università di Padova ha “rispolverato” e riesaminato un vecchio concetto di fusione nucleare risalente agli anni '50, che prevede la combustione di deuteruro di litio-6 solido a temperatura ambiente con neutroni. Questo processo, noto come ciclo di Jetter, dal nome del proponente, Ulrich Jetter, offre prospettive interessanti per la produzione di energia in dispositivi non basati sul confinamento del plasma. Questa linea di ricerca si era arenata negli anni Settanta, nel periodo della guerra fredda, a causa delle restrizioni alla pubblicazione di risultati riguardanti le reazioni nucleari, poiché è molto simile alle reazioni che si innescano in alcuni design di bombe nucleari. Solo un ricercatore, Rand McNally, aveva continuato il filone, e i suoi report interni al famoso laboratorio di Oak Ridge sono stati desecretati solo negli anni Novanta.

Lorenzo Fortunato, docente del DFA, dopo aver “riscoperto” questi vecchi articoli e manoscritti informali, ha messo insieme un piccolo team di ricerca formato da suoi studenti e studentesse di tesi triennale e magistrale e personale dell’istituto Nazionale di Fisica Nucleare, INFN. Il gruppo ha investigato la complessa rete di reazioni nucleari indotta da un fascio di neutroni nei cristalli di litio.

«Utilizzando moderne compilazioni di dati nucleari, abbiamo predetto l'evoluzione temporale e la composizione isotopica di una rete di reazioni termonucleari coinvolgenti il ciclo di Jetter (neutroni più Litio-6) e il ciclo di Post (protoni+Litio-6), un processo simile innescato da protoni anziché neutroni – spiega il prof. Fortunato -. In un caso ideale, all’inizio ci sono solo litio e deuterio (viola e blu), i componenti del cristallo combustibile e i neutroni che lo irradiano. Col passare del tempo, dopo solo pochi milionesimi di secondo, il materiale è convertito essenzialmente in particelle alfa, ovvero nuclei di elio-4, inerte e non pericoloso e poco altro come trizio e un certo quantitativo di neutroni secondari. Questi ultimi sono potenzialmente dannosi alla salute, ma contenibili con una “camicia esterna” di materiale assorbitore, come la grafite.»

Lo studio è ancora su un piano puramente accademico, ma la modellizzazione è il primo passo vero la realizzazione di dispositivi per i test. Le sfide tecnologiche necessarie a realizzare un prototipo, come la produzione controllata di fasci di neutroni intensi e la conversione dell’energia termica prodotta in energia elettrica utilizzabile, sono certamente ardue, ma forse alla portata dei moderni sperimentatori.

Le simulazioni, facilmente ripetibili con un codice che è stato reso pubblico sul Data Repository dell’Università, sono state condotte in due scenari tipo.

In uno scenario ideale, che non considera le perdite energetiche del moto degli ioni carichi nella materia, si ottiene un enorme potenziale di rilascio di energia. Calcoli più realistici, che includono l'effetto di frenamento delle particelle cariche, ridimensionano questa produzione energetica, ma indicano che i processi di combustione nucleare lenta e controllata, ottenuta iniettando neutroni potrebbe ancora essere un migliaio di volte più vantaggiosa rispetto all’energia ottenuta per esempio da combustione chimica. Tutto ciò senza rilasciare radiazioni pericolose o generare sottoprodotti nocivi e senza che ci sia la possibilità di una reazione a catena incontrollata come potrebbe malauguratamente capitare nelle centrali a fissione di tipo tradizionale.

Gli autori dello studio teorico lanciano una sfida ai colleghi sperimentali per la nascita di un programma di ricerca applicato che conduca nuovi esperimenti su questi cicli di fusione, che potrebbero aprire la strada a nuovi reattori a fusione non basati sul plasma, intrinsecamente sicuri e senza la necessità di tritio come combustibile. Ulteriori studi teorici e dati sperimentali sulle reazioni nucleari coinvolte sono tuttavia necessari per valutarne appieno le potenzialità.

[summary] => [format] => 2 [safe_value] =>

Un team di ricerca del Dipartimento di Fisica e astronomia “G. Galilei” (DFA) dell'Università di Padova ha “rispolverato” e riesaminato un vecchio concetto di fusione nucleare risalente agli anni '50, che prevede la combustione di deuteruro di litio-6 solido a temperatura ambiente con neutroni. Questo processo, noto come ciclo di Jetter, dal nome del proponente, Ulrich Jetter, offre prospettive interessanti per la produzione di energia in dispositivi non basati sul confinamento del plasma. Questa linea di ricerca si era arenata negli anni Settanta, nel periodo della guerra fredda, a causa delle restrizioni alla pubblicazione di risultati riguardanti le reazioni nucleari, poiché è molto simile alle reazioni che si innescano in alcuni design di bombe nucleari. Solo un ricercatore, Rand McNally, aveva continuato il filone, e i suoi report interni al famoso laboratorio di Oak Ridge sono stati desecretati solo negli anni Novanta.

Lorenzo Fortunato, docente del DFA, dopo aver “riscoperto” questi vecchi articoli e manoscritti informali, ha messo insieme un piccolo team di ricerca formato da suoi studenti e studentesse di tesi triennale e magistrale e personale dell’istituto Nazionale di Fisica Nucleare, INFN. Il gruppo ha investigato la complessa rete di reazioni nucleari indotta da un fascio di neutroni nei cristalli di litio.

«Utilizzando moderne compilazioni di dati nucleari, abbiamo predetto l'evoluzione temporale e la composizione isotopica di una rete di reazioni termonucleari coinvolgenti il ciclo di Jetter (neutroni più Litio-6) e il ciclo di Post (protoni+Litio-6), un processo simile innescato da protoni anziché neutroni – spiega il prof. Fortunato -. In un caso ideale, all’inizio ci sono solo litio e deuterio (viola e blu), i componenti del cristallo combustibile e i neutroni che lo irradiano. Col passare del tempo, dopo solo pochi milionesimi di secondo, il materiale è convertito essenzialmente in particelle alfa, ovvero nuclei di elio-4, inerte e non pericoloso e poco altro come trizio e un certo quantitativo di neutroni secondari. Questi ultimi sono potenzialmente dannosi alla salute, ma contenibili con una “camicia esterna” di materiale assorbitore, come la grafite.»

Lo studio è ancora su un piano puramente accademico, ma la modellizzazione è il primo passo vero la realizzazione di dispositivi per i test. Le sfide tecnologiche necessarie a realizzare un prototipo, come la produzione controllata di fasci di neutroni intensi e la conversione dell’energia termica prodotta in energia elettrica utilizzabile, sono certamente ardue, ma forse alla portata dei moderni sperimentatori.

Le simulazioni, facilmente ripetibili con un codice che è stato reso pubblico sul Data Repository dell’Università, sono state condotte in due scenari tipo.

In uno scenario ideale, che non considera le perdite energetiche del moto degli ioni carichi nella materia, si ottiene un enorme potenziale di rilascio di energia. Calcoli più realistici, che includono l'effetto di frenamento delle particelle cariche, ridimensionano questa produzione energetica, ma indicano che i processi di combustione nucleare lenta e controllata, ottenuta iniettando neutroni potrebbe ancora essere un migliaio di volte più vantaggiosa rispetto all’energia ottenuta per esempio da combustione chimica. Tutto ciò senza rilasciare radiazioni pericolose o generare sottoprodotti nocivi e senza che ci sia la possibilità di una reazione a catena incontrollata come potrebbe malauguratamente capitare nelle centrali a fissione di tipo tradizionale.

Gli autori dello studio teorico lanciano una sfida ai colleghi sperimentali per la nascita di un programma di ricerca applicato che conduca nuovi esperimenti su questi cicli di fusione, che potrebbero aprire la strada a nuovi reattori a fusione non basati sul plasma, intrinsecamente sicuri e senza la necessità di tritio come combustibile. Ulteriori studi teorici e dati sperimentali sulle reazioni nucleari coinvolte sono tuttavia necessari per valutarne appieno le potenzialità.

[safe_summary] => ) ) ) [field_date_box_lancio_news] => Array ( [und] => Array ( [0] => Array ( [value] => 2025-09-29T00:00:00 [timezone] => Europe/Paris [timezone_db] => Europe/Paris [date_type] => date ) ) ) [field_etichetta_box_lancio_news] => Array ( ) [field_img_box_lancio_news] => Array ( [und] => Array ( [0] => Array ( [fid] => 142923 [uid] => 2032 [filename] => sole1200x630.jpg [uri] => public://sole1200x630.jpg [filemime] => image/jpeg [filesize] => 492153 [status] => 1 [timestamp] => 1759139661 [type] => image [field_file_image_alt_text] => Array ( ) [field_file_image_title_text] => Array ( ) [field_folder] => Array ( [und] => Array ( [0] => Array ( [tid] => 2048 ) ) ) [metadata] => Array ( [height] => 630 [width] => 1200 ) [height] => 630 [width] => 1200 [alt] => sole [title] => ) ) ) [field_link_alla_news] => Array ( ) [field_link_esterno_news] => Array ( ) [field_pagina_associata] => Array ( ) [field_link_etichetta] => Array ( ) [field_abstract_news] => Array ( [und] => Array ( [0] => Array ( [value] => Team di ricerca Unipd ha “rispolverato” un vecchio concetto di fusione nucleare risalente agli anni '50, che prevede la combustione di deuteruro di litio-6 solido a temperatura ambiente con neutroni. Questo processo offre prospettive interessanti per la produzione di energia in dispositivi non basati sul confinamento del plasma [format] => [safe_value] => Team di ricerca Unipd ha “rispolverato” un vecchio concetto di fusione nucleare risalente agli anni '50, che prevede la combustione di deuteruro di litio-6 solido a temperatura ambiente con neutroni. Questo processo offre prospettive interessanti per la produzione di energia in dispositivi non basati sul confinamento del plasma ) ) ) [field_allegato_news] => Array ( ) [field_categorie_news] => Array ( [und] => Array ( [0] => Array ( [tid] => 2264 ) [1] => Array ( [tid] => 2266 ) [2] => Array ( [tid] => 2267 ) [3] => Array ( [tid] => 2462 ) ) ) [field_pub_date] => Array ( [und] => Array ( [0] => Array ( [value] => 2025-09-29T00:00:00 [value2] => 2026-09-29T00:00:00 [timezone] => Europe/Paris [timezone_db] => Europe/Paris [date_type] => date ) ) ) [field_layout_news] => Array ( [und] => Array ( [0] => Array ( [value] => single ) ) ) [field_testo_opzionale_news] => Array ( ) [field_url_en_page] => Array ( [und] => Array ( [0] => Array ( [value] => /news/unipd-research-team-reexamines-1950s-nuclear-fusion-concept [format] => [safe_value] => /news/unipd-research-team-reexamines-1950s-nuclear-fusion-concept ) ) ) [field_url_en_page_label] => Array ( [und] => Array ( [0] => Array ( [value] => English version [format] => [safe_value] => English version ) ) ) [path] => Array ( [pathauto] => 1 ) [name] => francesca.forzan [picture] => 0 [data] => b:0; [num_revisions] => 3 [current_revision_id] => 502995 [is_current] => 1 [is_pending] => [revision_moderation] => [entity_view_prepared] => 1 ) [#items] => Array ( [0] => Array ( [value] => 2025-09-29T00:00:00 [timezone] => Europe/Paris [timezone_db] => Europe/Paris [date_type] => date ) ) [#formatter] => date_default [0] => Array ( [#markup] => Lun, 29/09/2025 ) ) )

INVESTIRE IN CONOSCENZA, PROSPETTIVE E STRUMENTI. Incontro tra Ateneo e mondo imprenditoriale

Submitted by stampa on Lun, 29/09/2025 - 11:48
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RICERCA - FUSIONE NUCLEARE: NUOVA VITA PER UNA VECCHIA IDEA!

Submitted by stampa on Lun, 29/09/2025 - 11:08
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2025N19 - Quesiti colloquio

Submitted by jessica.russo on Lun, 29/09/2025 - 10:57
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2025N19- Quesiti prova scritta

Submitted by jessica.russo on Lun, 29/09/2025 - 10:55
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The tongue beats

Submitted by rossella.vezzosi on Lun, 29/09/2025 - 10:54
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On the occasion of the XXV Week of the Italian Language in the World, the Department of Historical, Geographical, and Antiquity Sciences (DiSSGeA) of the University of Padua plays a leading role in promoting a significant event: the live recording of a special episode of the radio programme La lingua batte, broadcast on Rai Radio 3 and hosted by Paolo Di Paolo.

This event takes place on 21st October at the Italian Cultural Institute in New York and is dedicated to exploring the role of the Italian language as a vehicle of culture, identity, and education for migrant communities in the United States, both in the past and present.

The initiative, sponsored by DiSSGeA, is curated by Matteo Brera, a research fellow currently conducting his research at Seton Hall University. Matteo Brera's MSCA project, supervised by Professor Stefano Luconi, is situated at the intersection of diaspora studies, the hierarchy of racism, memory, and the construction of ethnic discourse, and is relevant to understanding the current ethnic situation, migrations, and public discourse, exploring a very little-studied aspect of the history of ethnic relations and racism in the United States.

The event was conceived and organised in collaboration between the DaShoW project – A Darker Shade of Whiteness: The Italian Ethnic Press in Louisiana and the Making of Racial Awareness in the Gulf South (1877–1945), funded by the European Commission under the Marie Skłodowska-Curie actions (Grant Agreement ID: 101066188), and the Charles and Joan Alberto Italian Studies Institute at Seton Hall University.

The involvement of DiSSGeA is particularly noteworthy, as it has played a fundamental role in the scientific activities promoted by DaShoW, offering academic support and high-level research. The recording of the special episode of La lingua batte represents an extraordinary opportunity to highlight – especially and primarily from a popularisation perspective – the role of Italian as the language of migration, migrant press, and identity construction within the context of historical diasporas.
The initiative not only celebrates the Italian language but also demonstrates the crucial role that academic institutions like DiSSGeA play in promoting research and cultural dissemination at an international level.

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On the occasion of the XXV Week of the Italian Language in the World, the Department of Historical, Geographical, and Antiquity Sciences (DiSSGeA) of the University of Padua plays a leading role in promoting a significant event: the live recording of a special episode of the radio programme La lingua batte, broadcast on Rai Radio 3 and hosted by Paolo Di Paolo.

This event takes place on 21st October at the Italian Cultural Institute in New York and is dedicated to exploring the role of the Italian language as a vehicle of culture, identity, and education for migrant communities in the United States, both in the past and present.

The initiative, sponsored by DiSSGeA, is curated by Matteo Brera, a research fellow currently conducting his research at Seton Hall University. Matteo Brera's MSCA project, supervised by Professor Stefano Luconi, is situated at the intersection of diaspora studies, the hierarchy of racism, memory, and the construction of ethnic discourse, and is relevant to understanding the current ethnic situation, migrations, and public discourse, exploring a very little-studied aspect of the history of ethnic relations and racism in the United States.

The event was conceived and organised in collaboration between the DaShoW project – A Darker Shade of Whiteness: The Italian Ethnic Press in Louisiana and the Making of Racial Awareness in the Gulf South (1877–1945), funded by the European Commission under the Marie Skłodowska-Curie actions (Grant Agreement ID: 101066188), and the Charles and Joan Alberto Italian Studies Institute at Seton Hall University.

The involvement of DiSSGeA is particularly noteworthy, as it has played a fundamental role in the scientific activities promoted by DaShoW, offering academic support and high-level research. The recording of the special episode of La lingua batte represents an extraordinary opportunity to highlight – especially and primarily from a popularisation perspective – the role of Italian as the language of migration, migrant press, and identity construction within the context of historical diasporas.
The initiative not only celebrates the Italian language but also demonstrates the crucial role that academic institutions like DiSSGeA play in promoting research and cultural dissemination at an international level.

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On the occasion of the XXV Week of the Italian Language in the World, the Department of Historical, Geographical, and Antiquity Sciences (DiSSGeA) of the University of Padua plays a leading role in promoting a significant event: the live recording of a special episode of the radio programme La lingua batte, broadcast on Rai Radio 3 and hosted by Paolo Di Paolo.

This event takes place on 21st October at the Italian Cultural Institute in New York and is dedicated to exploring the role of the Italian language as a vehicle of culture, identity, and education for migrant communities in the United States, both in the past and present.

The initiative, sponsored by DiSSGeA, is curated by Matteo Brera, a research fellow currently conducting his research at Seton Hall University. Matteo Brera's MSCA project, supervised by Professor Stefano Luconi, is situated at the intersection of diaspora studies, the hierarchy of racism, memory, and the construction of ethnic discourse, and is relevant to understanding the current ethnic situation, migrations, and public discourse, exploring a very little-studied aspect of the history of ethnic relations and racism in the United States.

The event was conceived and organised in collaboration between the DaShoW project – A Darker Shade of Whiteness: The Italian Ethnic Press in Louisiana and the Making of Racial Awareness in the Gulf South (1877–1945), funded by the European Commission under the Marie Skłodowska-Curie actions (Grant Agreement ID: 101066188), and the Charles and Joan Alberto Italian Studies Institute at Seton Hall University.

The involvement of DiSSGeA is particularly noteworthy, as it has played a fundamental role in the scientific activities promoted by DaShoW, offering academic support and high-level research. The recording of the special episode of La lingua batte represents an extraordinary opportunity to highlight – especially and primarily from a popularisation perspective – the role of Italian as the language of migration, migrant press, and identity construction within the context of historical diasporas.
The initiative not only celebrates the Italian language but also demonstrates the crucial role that academic institutions like DiSSGeA play in promoting research and cultural dissemination at an international level.

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On the occasion of the XXV Week of the Italian Language in the World, the Department of Historical, Geographical, and Antiquity Sciences (DiSSGeA) of the University of Padua plays a leading role in promoting a significant event: the live recording of a special episode of the radio programme La lingua batte, broadcast on Rai Radio 3 and hosted by Paolo Di Paolo.

This event takes place on 21st October at the Italian Cultural Institute in New York and is dedicated to exploring the role of the Italian language as a vehicle of culture, identity, and education for migrant communities in the United States, both in the past and present.

The initiative, sponsored by DiSSGeA, is curated by Matteo Brera, a research fellow currently conducting his research at Seton Hall University. Matteo Brera's MSCA project, supervised by Professor Stefano Luconi, is situated at the intersection of diaspora studies, the hierarchy of racism, memory, and the construction of ethnic discourse, and is relevant to understanding the current ethnic situation, migrations, and public discourse, exploring a very little-studied aspect of the history of ethnic relations and racism in the United States.

The event was conceived and organised in collaboration between the DaShoW project – A Darker Shade of Whiteness: The Italian Ethnic Press in Louisiana and the Making of Racial Awareness in the Gulf South (1877–1945), funded by the European Commission under the Marie Skłodowska-Curie actions (Grant Agreement ID: 101066188), and the Charles and Joan Alberto Italian Studies Institute at Seton Hall University.

The involvement of DiSSGeA is particularly noteworthy, as it has played a fundamental role in the scientific activities promoted by DaShoW, offering academic support and high-level research. The recording of the special episode of La lingua batte represents an extraordinary opportunity to highlight – especially and primarily from a popularisation perspective – the role of Italian as the language of migration, migrant press, and identity construction within the context of historical diasporas.
The initiative not only celebrates the Italian language but also demonstrates the crucial role that academic institutions like DiSSGeA play in promoting research and cultural dissemination at an international level.

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On the occasion of the XXV Week of the Italian Language in the World, the Department of Historical, Geographical, and Antiquity Sciences (DiSSGeA) of the University of Padua plays a leading role in promoting a significant event: the live recording of a special episode of the radio programme La lingua batte, broadcast on Rai Radio 3 and hosted by Paolo Di Paolo.

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On the occasion of the XXV Week of the Italian Language in the World, the Department of Historical, Geographical, and Antiquity Sciences (DiSSGeA) of the University of Padua plays a leading role in promoting a significant event: the live recording of a special episode of the radio programme La lingua batte, broadcast on Rai Radio 3 and hosted by Paolo Di Paolo.

This event takes place on 21st October at the Italian Cultural Institute in New York and is dedicated to exploring the role of the Italian language as a vehicle of culture, identity, and education for migrant communities in the United States, both in the past and present.

The initiative, sponsored by DiSSGeA, is curated by Matteo Brera, a research fellow currently conducting his research at Seton Hall University. Matteo Brera's MSCA project, supervised by Professor Stefano Luconi, is situated at the intersection of diaspora studies, the hierarchy of racism, memory, and the construction of ethnic discourse, and is relevant to understanding the current ethnic situation, migrations, and public discourse, exploring a very little-studied aspect of the history of ethnic relations and racism in the United States.

The event was conceived and organised in collaboration between the DaShoW project – A Darker Shade of Whiteness: The Italian Ethnic Press in Louisiana and the Making of Racial Awareness in the Gulf South (1877–1945), funded by the European Commission under the Marie Skłodowska-Curie actions (Grant Agreement ID: 101066188), and the Charles and Joan Alberto Italian Studies Institute at Seton Hall University.

The involvement of DiSSGeA is particularly noteworthy, as it has played a fundamental role in the scientific activities promoted by DaShoW, offering academic support and high-level research. The recording of the special episode of La lingua batte represents an extraordinary opportunity to highlight – especially and primarily from a popularisation perspective – the role of Italian as the language of migration, migrant press, and identity construction within the context of historical diasporas.
The initiative not only celebrates the Italian language but also demonstrates the crucial role that academic institutions like DiSSGeA play in promoting research and cultural dissemination at an international level.

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On the occasion of the XXV Week of the Italian Language in the World, the Department of Historical, Geographical, and Antiquity Sciences (DiSSGeA) of the University of Padua plays a leading role in promoting a significant event: the live recording of a special episode of the radio programme La lingua batte, broadcast on Rai Radio 3 and hosted by Paolo Di Paolo.

This event takes place on 21st October at the Italian Cultural Institute in New York and is dedicated to exploring the role of the Italian language as a vehicle of culture, identity, and education for migrant communities in the United States, both in the past and present.

The initiative, sponsored by DiSSGeA, is curated by Matteo Brera, a research fellow currently conducting his research at Seton Hall University. Matteo Brera's MSCA project, supervised by Professor Stefano Luconi, is situated at the intersection of diaspora studies, the hierarchy of racism, memory, and the construction of ethnic discourse, and is relevant to understanding the current ethnic situation, migrations, and public discourse, exploring a very little-studied aspect of the history of ethnic relations and racism in the United States.

The event was conceived and organised in collaboration between the DaShoW project – A Darker Shade of Whiteness: The Italian Ethnic Press in Louisiana and the Making of Racial Awareness in the Gulf South (1877–1945), funded by the European Commission under the Marie Skłodowska-Curie actions (Grant Agreement ID: 101066188), and the Charles and Joan Alberto Italian Studies Institute at Seton Hall University.

The involvement of DiSSGeA is particularly noteworthy, as it has played a fundamental role in the scientific activities promoted by DaShoW, offering academic support and high-level research. The recording of the special episode of La lingua batte represents an extraordinary opportunity to highlight – especially and primarily from a popularisation perspective – the role of Italian as the language of migration, migrant press, and identity construction within the context of historical diasporas.
The initiative not only celebrates the Italian language but also demonstrates the crucial role that academic institutions like DiSSGeA play in promoting research and cultural dissemination at an international level.

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On the occasion of the XXV Week of the Italian Language in the World, the Department of Historical, Geographical, and Antiquity Sciences (DiSSGeA) of the University of Padua plays a leading role in promoting a significant event: the live recording of a special episode of the radio programme La lingua batte, broadcast on Rai Radio 3 and hosted by Paolo Di Paolo.

This event takes place on 21st October at the Italian Cultural Institute in New York and is dedicated to exploring the role of the Italian language as a vehicle of culture, identity, and education for migrant communities in the United States, both in the past and present.

The initiative, sponsored by DiSSGeA, is curated by Matteo Brera, a research fellow currently conducting his research at Seton Hall University. Matteo Brera's MSCA project, supervised by Professor Stefano Luconi, is situated at the intersection of diaspora studies, the hierarchy of racism, memory, and the construction of ethnic discourse, and is relevant to understanding the current ethnic situation, migrations, and public discourse, exploring a very little-studied aspect of the history of ethnic relations and racism in the United States.

The event was conceived and organised in collaboration between the DaShoW project – A Darker Shade of Whiteness: The Italian Ethnic Press in Louisiana and the Making of Racial Awareness in the Gulf South (1877–1945), funded by the European Commission under the Marie Skłodowska-Curie actions (Grant Agreement ID: 101066188), and the Charles and Joan Alberto Italian Studies Institute at Seton Hall University.

The involvement of DiSSGeA is particularly noteworthy, as it has played a fundamental role in the scientific activities promoted by DaShoW, offering academic support and high-level research. The recording of the special episode of La lingua batte represents an extraordinary opportunity to highlight – especially and primarily from a popularisation perspective – the role of Italian as the language of migration, migrant press, and identity construction within the context of historical diasporas.
The initiative not only celebrates the Italian language but also demonstrates the crucial role that academic institutions like DiSSGeA play in promoting research and cultural dissemination at an international level.

[summary] => [format] => 2 [safe_value] =>

On the occasion of the XXV Week of the Italian Language in the World, the Department of Historical, Geographical, and Antiquity Sciences (DiSSGeA) of the University of Padua plays a leading role in promoting a significant event: the live recording of a special episode of the radio programme La lingua batte, broadcast on Rai Radio 3 and hosted by Paolo Di Paolo.

This event takes place on 21st October at the Italian Cultural Institute in New York and is dedicated to exploring the role of the Italian language as a vehicle of culture, identity, and education for migrant communities in the United States, both in the past and present.

The initiative, sponsored by DiSSGeA, is curated by Matteo Brera, a research fellow currently conducting his research at Seton Hall University. Matteo Brera's MSCA project, supervised by Professor Stefano Luconi, is situated at the intersection of diaspora studies, the hierarchy of racism, memory, and the construction of ethnic discourse, and is relevant to understanding the current ethnic situation, migrations, and public discourse, exploring a very little-studied aspect of the history of ethnic relations and racism in the United States.

The event was conceived and organised in collaboration between the DaShoW project – A Darker Shade of Whiteness: The Italian Ethnic Press in Louisiana and the Making of Racial Awareness in the Gulf South (1877–1945), funded by the European Commission under the Marie Skłodowska-Curie actions (Grant Agreement ID: 101066188), and the Charles and Joan Alberto Italian Studies Institute at Seton Hall University.

The involvement of DiSSGeA is particularly noteworthy, as it has played a fundamental role in the scientific activities promoted by DaShoW, offering academic support and high-level research. The recording of the special episode of La lingua batte represents an extraordinary opportunity to highlight – especially and primarily from a popularisation perspective – the role of Italian as the language of migration, migrant press, and identity construction within the context of historical diasporas.
The initiative not only celebrates the Italian language but also demonstrates the crucial role that academic institutions like DiSSGeA play in promoting research and cultural dissemination at an international level.

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On the occasion of the XXV Week of the Italian Language in the World, the Department of Historical, Geographical, and Antiquity Sciences (DiSSGeA) of the University of Padua plays a leading role in promoting a significant event: the live recording of a special episode of the radio programme La lingua batte, broadcast on Rai Radio 3 and hosted by Paolo Di Paolo.

This event takes place on 21st October at the Italian Cultural Institute in New York and is dedicated to exploring the role of the Italian language as a vehicle of culture, identity, and education for migrant communities in the United States, both in the past and present.

The initiative, sponsored by DiSSGeA, is curated by Matteo Brera, a research fellow currently conducting his research at Seton Hall University. Matteo Brera's MSCA project, supervised by Professor Stefano Luconi, is situated at the intersection of diaspora studies, the hierarchy of racism, memory, and the construction of ethnic discourse, and is relevant to understanding the current ethnic situation, migrations, and public discourse, exploring a very little-studied aspect of the history of ethnic relations and racism in the United States.

The event was conceived and organised in collaboration between the DaShoW project – A Darker Shade of Whiteness: The Italian Ethnic Press in Louisiana and the Making of Racial Awareness in the Gulf South (1877–1945), funded by the European Commission under the Marie Skłodowska-Curie actions (Grant Agreement ID: 101066188), and the Charles and Joan Alberto Italian Studies Institute at Seton Hall University.

The involvement of DiSSGeA is particularly noteworthy, as it has played a fundamental role in the scientific activities promoted by DaShoW, offering academic support and high-level research. The recording of the special episode of La lingua batte represents an extraordinary opportunity to highlight – especially and primarily from a popularisation perspective – the role of Italian as the language of migration, migrant press, and identity construction within the context of historical diasporas.
The initiative not only celebrates the Italian language but also demonstrates the crucial role that academic institutions like DiSSGeA play in promoting research and cultural dissemination at an international level.

[summary] => [format] => 2 [safe_value] =>

On the occasion of the XXV Week of the Italian Language in the World, the Department of Historical, Geographical, and Antiquity Sciences (DiSSGeA) of the University of Padua plays a leading role in promoting a significant event: the live recording of a special episode of the radio programme La lingua batte, broadcast on Rai Radio 3 and hosted by Paolo Di Paolo.

This event takes place on 21st October at the Italian Cultural Institute in New York and is dedicated to exploring the role of the Italian language as a vehicle of culture, identity, and education for migrant communities in the United States, both in the past and present.

The initiative, sponsored by DiSSGeA, is curated by Matteo Brera, a research fellow currently conducting his research at Seton Hall University. Matteo Brera's MSCA project, supervised by Professor Stefano Luconi, is situated at the intersection of diaspora studies, the hierarchy of racism, memory, and the construction of ethnic discourse, and is relevant to understanding the current ethnic situation, migrations, and public discourse, exploring a very little-studied aspect of the history of ethnic relations and racism in the United States.

The event was conceived and organised in collaboration between the DaShoW project – A Darker Shade of Whiteness: The Italian Ethnic Press in Louisiana and the Making of Racial Awareness in the Gulf South (1877–1945), funded by the European Commission under the Marie Skłodowska-Curie actions (Grant Agreement ID: 101066188), and the Charles and Joan Alberto Italian Studies Institute at Seton Hall University.

The involvement of DiSSGeA is particularly noteworthy, as it has played a fundamental role in the scientific activities promoted by DaShoW, offering academic support and high-level research. The recording of the special episode of La lingua batte represents an extraordinary opportunity to highlight – especially and primarily from a popularisation perspective – the role of Italian as the language of migration, migrant press, and identity construction within the context of historical diasporas.
The initiative not only celebrates the Italian language but also demonstrates the crucial role that academic institutions like DiSSGeA play in promoting research and cultural dissemination at an international level.

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2025N19- Criteri di valutazione

Submitted by jessica.russo on Lun, 29/09/2025 - 10:54
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150 anni di Ingegneria all’Università di Padova. PRIMA MONDIALE - IL NOVELLO PERSEO AL TEATRO OLIMPICO DI VICENZA

Submitted by stampa on Lun, 29/09/2025 - 10:53
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