In a significant advancement for fusion energy research, the pre-series gyrotron TH1509UA has successfully undergone testing at the FALCON test facility, showcasing its potential for high-power applications in both the Divertor Tokamak Test facility
Fusion Energy Milestone Achieved with High-Performance Gyrotron Testing Read More »
In a significant breakthrough for fusion energy research, scientists at the Huazhong University of Science and Technology have successfully implemented an island divertor configuration in the J-TEXT tokamak, marking a pivotal step towards enhancing h
Breakthrough Island Divertor Enhances Fusion Reactor Efficiency and Stability Read More »
Recent research published in ‘Nuclear Fusion’ has unveiled critical insights into the stability of toroidal ion temperature gradient (ITG) modes, a phenomenon that could significantly influence the future of fusion energy. Led by Zhangsheng Huang fro
Research Breakthrough Enhances Understanding of Plasma Stability in Fusion Read More »
Recent research from the Max Planck Institute for Plasma Physics has shed light on the complexities of neoclassical transport theory in stellarators, particularly in the context of electric-field root transitions. This study, led by M.D. Kuczyński, h
Max Planck Institute Research Reveals Insights into Stellarator Plasma Dynamics Read More »
In a significant advancement for medical diagnostics, researchers have unveiled a deep learning model designed to enhance the analysis of two crucial histopathological markers: the nuclear protein Ki-67 and tumor-infiltrating lymphocytes (TILs). This
Breakthrough Deep Learning Model Enhances Tumor Analysis in Breast Cancer Read More »
Recent advances in plasma physics could have significant implications for the future of energy generation, particularly in the realm of nuclear fusion. A new study led by W.Q. Ma from the Institutes of Physical Science and Information Technology at A
New Study Reveals Hybrid Waves Could Transform Nuclear Fusion Efficiency Read More »
In a groundbreaking study, researchers at the CIMPLE-PSI Laboratory in India have delved into the complexities of tungsten’s recrystallization behavior under extreme conditions, a topic of critical importance for the future of fusion energy. As the w
Groundbreaking Study Unveils Tungsten’s Challenges for Fusion Energy Components Read More »
Recent research published in the journal ‘Nuclear Fusion’ has unveiled intriguing insights into the behavior of energetic particles in tokamak plasmas, particularly focusing on the effects of zonal fields on reversed-shear Alfvén eigenmodes. The stud
Groundbreaking Research Reveals New Insights into Plasma Stability in Fusion Read More »
In a groundbreaking study published in “Nuclear Materials and Energy,” researchers have explored the intricacies of boronization, a wall conditioning technique pivotal for enhancing plasma performance in fusion devices. This research, led by Huace Wu
Groundbreaking Study Unveils Boronization’s Role in Fusion Reactor Efficiency Read More »
Recent research published in the journal ‘Nuclear Fusion’ has shed light on the complex dynamics of turbulence in the divertor region of tokamaks, a crucial area for the successful operation of fusion reactors. The study, led by C. Wüthrich from the
New Study Reveals Key Insights into Turbulence for Fusion Reactor Efficiency Read More »
