Tritium's role in fusion energy highlights challenges and innovative solutions for future reactors.
Remi Delaporte-Mathurin, Nikola Goles, John Ball
― 7 min read
New Science Research Articles Everyday
Tritium's role in fusion energy highlights challenges and innovative solutions for future reactors.
Remi Delaporte-Mathurin, Nikola Goles, John Ball
― 7 min read
Latest Articles
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Scientists study jet quenching to understand the early universe's conditions.
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Discovering the secrets of hadrons through Double Deeply Virtual Compton Scattering.
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Discover how spin distributions of fission fragments influence nuclear reactions and energy production.
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Examining the angular momentum in fission fragments and its implications.
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Discover how Beam Drift Chambers help scientists trace particle paths.
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Scientists leverage machine learning to study particle density fluctuations in cosmic collisions.
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New discoveries about neutron stars reveal surprising properties and behaviors.
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New techniques enhance cargo scanning for hidden dangers at ports.
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Heavy ion collisions reveal secrets of hypernuclei and cosmic phenomena.
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Scientists study proton behavior in high-energy xenon and cesium collisions.
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Scientists uncover surprising decay behavior in a rare aluminum isotope.
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Studying QGP reveals secrets of the early universe.
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FSU's John D. Fox Lab advances nuclear science and experimentation.
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Discoveries in thulium isotopes reveal insights into nuclear stability.
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ALICE Collaboration uncovers key insights into J/ψ particles in heavy-ion collisions.
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Scientists study kaonic atoms for deeper insights into fundamental physics.
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A unique experiment seeks to uncover the mysteries of particle physics.
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Unraveling the mysteries of neutron stars and their cosmic significance.
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Unraveling how spin is generated in fission fragments reveals new insights.
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Researchers analyze particle distributions to learn about the early universe's matter.
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