Recent advances in high-energy-density physics have been made with the successful fabrication of high-concentration copper-doped deuterated targets, a significant development for fast ignition experiments. This research, led by Tomokazu Ikeda from th
Osaka University Advances Fusion Energy with Innovative Copper-Doped Targets Read More »
Recent research published in ‘Nuclear Fusion’ has shed light on the development of a reduced model for the ITER divertor, a critical component in the quest for sustainable nuclear fusion energy. Led by P.C. Stangeby from the University of Toronto’s I
Research Unveils Simplified Model for ITER Divertor to Boost Fusion Energy Read More »
Recent research published in ‘Nuclear Fusion’ has unveiled promising developments in managing high-Z impurities, specifically tungsten, in fusion-grade H-mode plasmas at the JET-ILW tokamak. The study, led by A.R. Field from the United Kingdom Atomic
Breakthrough Research Enhances Tungsten Management in Fusion Reactors Read More »
Recent research published in the journal Nuclear Fusion has shed light on the complex interactions between fishbone instabilities and internal transport barriers (ITBs) in plasma within tokamak reactors, specifically the Experimental Advanced Superco
New Research Unveils Key Interactions in Fusion Plasma Stability Dynamics Read More »
Recent research published in the journal “Nuclear Fusion” has made significant strides in understanding how lower hybrid (LH) waves interact with turbulence in plasma, particularly in fusion reactors like Alcator C-Mod. Led by Bodhi Biswas from the P
MIT Research Unveils Key Insights on LH Waves for Fusion Energy Advances Read More »
Recent research published in the journal “Nuclear Fusion” introduces a groundbreaking approach to laser-direct-drive inertial confinement fusion, a technique that holds promise for achieving sustainable nuclear fusion energy. The study, led by A. Shv
New Laser Configurations Pave the Way for Sustainable Fusion Energy Read More »
Recent research led by G.Z. Hao from the Southwestern Institute of Physics in China has unveiled promising advancements in the field of nuclear fusion, particularly regarding the control of edge localized modes (ELMs) in tokamaks. The study, publishe
China’s G.Z. Hao Reveals Breakthroughs in Nuclear Fusion ELM Control Read More »
Recent research led by Byung Chul Kim from the Korea Institute of Fusion Energy has shed light on the classification of nuclear fusion waste generated by the K-DEMO reactor, a significant step in advancing fusion energy technology. Published in the j
Korea’s K-DEMO Reactor Research Advances Fusion Waste Management Strategies Read More »
A recent study published in “Physics Letters B” explores a groundbreaking concept in cosmology known as the quantum Big-Bounce. Led by Simone Lo Franco from the Department of Physics at “Sapienza” University of Rome, the research investigates how an
Quantum Big-Bounce Study by Sapienza University Reveals New Insights Read More »
A recent study published in “Frontiers in Physics” highlights significant advancements in the stability optimization of energetic particle-driven modes in nuclear fusion devices, focusing on the FAR3d gyro-fluid code. Led by J. Varela from the Depart
Breakthrough in Fusion Stability Optimization Promises Cleaner Energy Future Read More »
