Recent advancements in plasma physics could reshape the future of fusion energy, especially as researchers tackle one of the significant challenges facing tokamaks—error fields. A team led by Q.M. Hu from the Princeton Plasma Physics Laboratory has u
Princeton Team Develops Breakthrough Method to Enhance Fusion Stability Read More »
In a groundbreaking study, researchers have harnessed machine learning to predict fishbone linear instability in tokamaks, a critical aspect of nuclear fusion research. This innovative approach, led by Z.Y. Liu from Zhejiang Lab in Hangzhou, China, r
Machine Learning Breakthrough Enhances Stability Predictions for Fusion Reactors Read More »
Recent advancements in the field of fusion energy are drawing attention, particularly regarding the development of plasma-facing materials (PFMs) essential for the operation of fusion reactors. A new study published in ‘Fenmo yejin jishu’ by research
New Research Advances Tungsten Composites for Next-Gen Fusion Reactors Read More »
Recent advancements in the rolling of tungsten plates could significantly influence sectors ranging from nuclear energy to semiconductor manufacturing. A groundbreaking study led by WANG Guangda from Advanced Technology & Materials Co., Ltd in Beijin
Revolutionary Tungsten Rolling Techniques Set to Transform Energy Sectors Read More »
Recent advancements in the field of nuclear reactor materials have spotlighted the promising potential of molybdenum-rhenium (Mo-Re) alloys, as highlighted in a recent article published in ‘Fenmo yejin jishu’ (Journal of Molybdenum and Tungsten Techn
Molybdenum-Rhenium Alloys Poised to Transform Next-Gen Nuclear Reactors Read More »
A recent study published in ‘The Astrophysical Journal’ sheds light on the complex interactions within the early universe, particularly during the Big Bang nucleosynthesis (BBN) epoch. This research, led by Christopher Grayson from the Department of
New Insights on Big Bang Fusion Could Transform Future Energy Production Read More »
Recent advancements in materials science could significantly impact the energy sector, particularly in the development of efficient heat exchangers for fusion reactors. A study led by Alice Perrin at the Materials Science and Technology Division of O
New Copper Alloy Promises Enhanced Performance for Fusion Reactor Heat Exchangers Read More »
Recent research has unveiled crucial insights into the behavior of tungsten in plasma environments, particularly in the context of the WEST (Wendelstein 7-X) facility. The study, led by J. Dominski from the Princeton Plasma Physics Laboratory, employ
Princeton Study Reveals Key Insights on Tungsten Behavior in Fusion Plasmas Read More »
Recent research has unveiled significant insights into the behavior of toroidal plasmas, particularly concerning the generation of zero frequency zonal structures (ZFZS) influenced by drift Alfvén wave (DAW) instabilities. This study, led by Zhiyong
Chinese Academy of Sciences Research Uncovers Key Insights for Fusion Stability Read More »
Recent research published in ‘Frontiers in Materials’ has unveiled groundbreaking insights into the potential of low-temperature magnetized deuterium plasma for nuclear fusion. Led by Vladimir Vysotskii, this study explores the intricate dynamics of
Revolutionary Plasma Research Paves Path for Low-Energy Nuclear Fusion Read More »
