Nuclear PhysicsNews - Page 1

Advanced control strategies for divertor power sharing and core density regulation in fusion energy devices

Learn how researchers at the UK fusion machine MAST Upgrade and DIFFER have made important advances in controlling fusion reactors.

Superconducting tapes: One big LEAP for fusion

Coherent’s LEAP series excimer lasers enable high-volume production of superconducting tapes essential for high-field fusion magnets.

The AI-energy nexus: The atomic imperative for sustainable AI

Professor Lefteri H Tsoukalas from Purdue University explores AI as both a catalyst of and key enabler for the atomic energy transition.

Neutrons, nuclear and understanding our Universe: Insights from n_TOF at CERN

Alberto Mengoni, Spokesperson for n_TOF at CERN, discusses the facility and how it utilises unique neutron beams to understand our Universe.

Across the Atlantic and into the atom: Canada’s growing ties with Europe in the world of subatomic physics

Learn how TRIUMF plays a key role in European subatomic physics collaboration, contributing expertise to major CERN-led experiments.

Chinese researchers harness AI to boost safety and performance in fusion reactors

A team of researchers from China are harnessing the potential of AI to optimise fusion safety and performance. Find out more.

New US gamma-ray detector promises breakthroughs in understanding atomic nuclei

GRETA detector is set to revolutionise nuclear physics by providing unprecedented insights into the structure and behaviour of atomic nuclei.

ECOSENS: Economic and social considerations for the future of nuclear energy in society

Discover how the ECOSENS project provides a detailed picture of Europe’s perception of nuclear energy and emerging technologies.

From data to discovery: How artificial intelligence could accelerate our understanding of nuclear molten salt chemistry

Discover how AI is accelerating nuclear molten salt chemistry by predicting complex experimental outcomes, reducing time and costs.

Driving innovation: The UK’s advancements in plasma science and fusion energy

Dr Kate Lancaster highlights the UK’s leadership in plasma science through cutting-edge projects, applications, and collaborations.

Safety and efficiency: Advancements in Generation IV nuclear reactor technology

Argonne's Dr Matthew Weathered discusses how advanced coolants in Generation IV nuclear reactors are driving safer nuclear energy.

Fusion energy explained: Powering the future of clean energy

Can fusion power our future? Uncover the science and global race for limitless clean energy. Read now and explore the future of power.

Engineering smarter nuclear fuels through mechanistic understandings of fuel performance

Learn how surrogate materials and modelling improve predictions of UO₂ nuclear fuel performance under extreme conditions.

Breakthrough in fusion reactors speeds up design by 10x

Discover how a breakthrough in modelling accelerates the design of fusion reactors by 10x, bringing clean, limitless energy closer to reality.

ITER reactor reaches key milestone with completion of superconducting magnet system

ITER achieves a major milestone with the completion of its powerful superconducting magnet system, advancing the pursuit of fusion energy.

Innovative accident-tolerant fuel (ATF) cladding materials for safer nuclear energy

Konstantina Lambrinou of the University of Huddersfield describes the link between innovative nuclear materials and safer nuclear energy.

Relativistic Heavy Ion Collider enters its final chapter: 25 years of groundbreaking discoveries

As RHIC enters its final year, learn how scientists push the limits of nuclear physics, unlocking new insights into quark-gluon plasma.

Unravelling the secrets of the core of a thermonuclear fusion reactor with nuclear emission diagnostics

Measuring the properties of the core of a thermonuclear fusion reactor is fundamental for the deployment of fusion as an energy source.

Crucial findings from JET’s experiments to advance fusion machines

One year after the conclusion of JET’s final experiments, findings will play a key role in advancing future fusion machines.

MAST Upgrade will help answer crucial questions in fusion physics

The UK’s fusion energy laboratory will work with institutions worldwide on MAST Upgrade’s fourth round of fusion physics experiments.

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