Researchers from Kyoto University, including Kanta Fujiwara, Yoshihiro Ueda, Shoji Ogawa, Yuya Nakatani, and Ryosuke Uematsu, have developed a new model to better understand the X-ray spectra emitted by active galactic nuclei (AGN). Their work, title
Kyoto Team’s IMPACTX Model Sheds Light on AGN X-ray Spectra Read More »
In the realm of energy journalism, it’s crucial to stay informed about technological advancements that can impact the industry, including those that enhance data integrity and information reliability. A recent study by researchers Roopa Bukke, Soumya
AMPEND-LS: A Breakthrough in Fake News Detection for the Energy Sector Read More »
A landmark study published this week in ScienceDirect reveals a transformative leap in biohydrogen production, leveraging artificial intelligence (AI), synthetic biology, and advanced microbial electrolysis to achieve a 30% increase in hydrogen yields. Researchers at leading institutions in Japan and Germany demonstrated that genetically modified Clostridium strains, optimized via AI-driven metabolic pathway engineering, can produce biohydrogen at rates of 1.6 m³ H₂/m³ reactor/day with energy conversion efficiencies exceeding 85%—a milestone that could redefine the economics and scalability of carbon-neutral fuel production.
Researchers from the Institute of Modern Physics at the Chinese Academy of Sciences have conducted a study on the fragmentation of neutron-rich carbon isotopes on light targets at high energies. This research, published in the journal Physical Review
High-Energy Collisions Unveil Neutron-Rich Carbon Isotope Secrets Read More »
In the realm of energy and plasma physics, researchers are continually seeking to understand and harness the interactions between intense laser pulses and solid targets. These interactions can produce energetic proton and ion beams, which have potent
Laser-Plasma Interactions Unlock Predictive Power for Ion Beam Applications Read More »
Researchers from the Massachusetts Institute of Technology’s Plasma Science and Fusion Center, including Marco Muraca, Pablo Rodriguez-Fernandez, Joe Hall, Nathaniel T. Howard, Daniel Fajardo, Giovanni Tardini, Benedikt Zimmermann, and Thomas Body, h
MIT Study Unveils Impurity Insights for Next-Gen Fusion Power Read More »
In the realm of energy storage and grid management, a team of researchers from Delft University of Technology and Carnegie Mellon University has developed a novel approach to optimize the scheduling of underground pumped hydro energy storage (UPHES)
Revolutionizing Energy Storage: AI-Powered UPHES Scheduling Breakthrough Read More »
In the realm of nuclear physics, understanding how nuclei respond to external fields is crucial for various applications, including energy production and nuclear waste management. Researchers like Futoshi Minato from the University of Tokyo are delvi
Unlocking Nuclear Secrets: How Double-Phonon Excitations Could Revolutionize Energy Read More »
In the realm of nuclear physics and energy research, a team of scientists from the University of Tokyo, including Professor Wataru Horiuchi, Dr. Yoshiko Suzuki, and Dr. Ronald B. Wiringa from the Los Alamos National Laboratory, has made significant s
Tokyo Team Advances Nuclear Energy Research with Glauber Theory Breakthrough Read More »
Researchers Alireza Moayedikia and Sattar Dorafshan, affiliated with the University of Waterloo, have developed a novel approach to bridge deck inspection that could significantly improve the maintenance of aging infrastructure. Their work, published
AI Revolutionizes Bridge Inspection, Boosts Energy Infrastructure Safety Read More »
