Future Fuel

In a groundbreaking development for fusion energy research, scientists have unveiled EFIT-mini, a novel algorithm that combines the precision of physics-based models with the computational prowess of neural networks. This hybrid approach promises to

In the relentless pursuit of harnessing fusion energy, scientists have long grappled with a critical challenge: understanding and monitoring helium retention in the materials that face the brutal environment of fusion plasmas. A recent breakthrough,

In the relentless pursuit of clean, sustainable energy, scientists are tackling some of the most complex challenges in fusion research. A recent study published in the journal *Nuclear Fusion* and led by M. Morbey from the DIFFER-Dutch Institute for

In the quest to harness fusion energy, scientists are constantly refining their understanding of plasma behavior, particularly the delicate balance of deuterium (D) and tritium (T) ratios. A recent study published in the journal *Nuclear Fusion* and

In a significant stride toward understanding laser-driven fusion, researchers have identified an upper limit for fusion reactivity in proton-boron (p+11B) reactions, a finding that could reshape the landscape of clean energy production. The study, pu

In a significant stride towards enhancing X-ray detection and optical information storage, researchers have developed a novel dual-mode luminescent material that promises to revolutionize applications in energy, security, and medical imaging. The stu

In the relentless pursuit of clean, sustainable energy, scientists are delving deeper into the complexities of plasma physics to unlock the potential of nuclear fusion. Recent research published in the journal *Nuclear Fusion*, titled “Investigation

In the relentless pursuit of harnessing fusion energy, scientists have made a significant stride in controlling a critical aspect of plasma behavior. Researchers at the Princeton Plasma Physics Laboratory (PPPL), led by Dr. Z. Sun, have demonstrated