Recent research conducted by Chang C. from the China Institute of Atomic Energy has shed light on the intricate dynamics of proton drip-line nuclei, specifically focusing on isotopes 8B and 17F. This study, published in the ‘EPJ Web of Conferences,’
Breakthrough Research on Proton Drip-Line Nuclei Offers New Fusion Insights Read More »
A groundbreaking study published in ‘EPJ Web of Conferences’ reveals a promising new avenue for synthesizing superheavy nuclei, which could have profound implications for the energy sector. Led by Dr. Nishikawa S. from Breakthrough Study Unveils Pathway to Superheavy Nuclei for Energy Innovation Read More »
In a groundbreaking study published in the EPJ Web of Conferences, researchers have unveiled significant insights into the mechanisms that govern the formation of superheavy elements (SHEs) through nuclear fusion. Led by Bezzina L. T. from the Depart
New Insights into Quasifission Could Revolutionize Superheavy Element Creation Read More »
Recent research published in ‘EPJ Web of Conferences’ has shed light on the intricate relationship between nuclear softness and fusion dynamics, particularly focusing on the reactions involving nickel and molybdenum isotopes. Led by Rana Shilpa from
New Study Explores Softness of Molybdenum Isotopes to Enhance Fusion Dynamics Read More »
In a groundbreaking study published in the EPJ Web of Conferences, researchers have unveiled a novel method for extracting potential barrier distributions from experimental fusion cross sections, a critical component in understanding nuclear fusion p
New GPR Method Enhances Fusion Data Analysis for Sustainable Energy Future Read More »
Recent advancements in plasma physics have unveiled significant insights into the operation of tokamak reactors, particularly regarding the electron cyclotron current drive (ECCD) mechanism. A new study led by P.W. Zheng from the School of Resource E
New Research Unlocks Potential for Efficient Nuclear Fusion in Tokamaks Read More »
In a groundbreaking advancement for plasma physics, researchers have unveiled a novel machine learning algorithm that promises to revolutionize the detection of Alfvénic activity within the TJ-II stellarator, a type of magnetic confinement fusion dev
Revolutionary Algorithm Transforms Plasma Analysis for Future Fusion Energy Read More »
In a groundbreaking advancement for plasma physics and fusion energy, researchers at General Atomics have successfully coupled over 0.6 megawatts of radio frequency (RF) power into DIII-D plasmas using helicon waves. This achievement, detailed in a r
General Atomics Breakthrough Powers Fusion Research with Helicon Waves Read More »
Recent research published in the journal “Nuclear Fusion” sheds light on the intricate dynamics of density fluctuations and turbulence at the edge of L-mode plasmas, a crucial area of study in the quest for sustainable nuclear fusion energy. Led by F
New Research Unlocks Key Insights on Turbulence for Fusion Energy Efficiency Read More »
Recent advancements in fusion research have taken a significant leap forward with the publication of a groundbreaking study on double tearing modes (DTMs) in ‘Nuclear Fusion’. This research, led by Y. Y. Ying from the Institute for Fusion Theory and
Groundbreaking Study on Tearing Modes Could Revolutionize Fusion Energy Read More »
