Recent research led by K. Schmid from the Max Planck Institute for Plasma Physics sheds new light on the critical issue of tritium (T) retention in fusion reactors, a topic that has garnered substantial attention in the energy sector. Tritium, a key
Max Planck Study Challenges Tritium Retention Assumptions in Fusion Reactors Read More »
Recent research led by Andrew K. Gillespie from the Department of Physics and Astronomy at Texas Tech University has unveiled critical insights into helium retention in materials used in nuclear fusion experiments. As the energy sector increasingly l
Texas Tech Research Uncovers Key Insights on Helium Retention in Fusion Read More »
Recent research on the EAST tokamak, a leading experimental fusion reactor in China, has unveiled a significant advancement in understanding the dynamics of geodesic acoustic modes (GAM) and their relationship with turbulence in high-performance plas
Chinese Researchers Advance Fusion Energy with Key Insights on Plasma Dynamics Read More »
In a significant leap forward for fusion energy, researchers at the Massachusetts Institute of Technology (MIT) have unveiled groundbreaking findings on tritium self-sufficiency, a crucial element for the viability of future fusion reactors. The stud
MIT Researchers Make Major Breakthrough in Tritium Self-Sufficiency for Fusion Read More »
Recent advancements in plasma boundary simulations are shedding light on the critical processes occurring within the ITER fusion reactor, a project that aims to revolutionize energy production through nuclear fusion. A study led by N. Rivals from the
New Plasma Simulations Illuminate Key Processes for ITER Fusion Success Read More »
A recent breakthrough in the understanding of soft tissue tumors, particularly YAP1::KMT2A fusion-positive sarcoma, has emerged from the Indian subcontinent, shedding light on a rare but significant entity that may reshape the landscape of sarcoma di
Breakthrough Research on YAP1 KMT2A Fusion Sarcoma Could Transform Treatment Read More »
In a significant advancement for fusion energy research, a team led by Zongyu Yang from the Southwestern Institute of Physics has successfully implemented a deep learning-based disruption prediction algorithm on the newly constructed HL-3 tokamak. Th
Deep Learning Breakthrough Enhances Disruption Prediction in Fusion Energy Read More »
In a significant leap for the field of magnetic confinement plasma control, researchers have unveiled a groundbreaking method for real-time plasma shape detection and control in the HL-3 tokamak. This innovative approach, led by Qianyun Dong from
Zhejiang University Unveils Real-Time Plasma Control Breakthrough for Fusion Read More »
In a significant stride towards enhancing the efficiency of future fusion reactors, researchers have unveiled critical insights into the role of impurity seeding in mitigating divertor asymmetry. This phenomenon, which poses a substantial barrier to
University of South China Study Reveals Key Insights for Fusion Reactor Efficiency Read More »
In a groundbreaking study published in ‘Nuclear Fusion’, researchers have unveiled a novel approach to fusion energy that could significantly enhance the viability of tokamaks for steady-state operation. This innovative concept, led by Yihui Liang fr
Shanghai Jiao Tong University Innovates Fusion Energy with Hybrid Design Read More »
