Researchers from the Institute of Modern Physics at the Chinese Academy of Sciences have made significant strides in understanding the p-$^{11}$B fusion reaction, a potential candidate for future fusion energy systems. Their work, led by Hong-Yi Wang
Chinese Scientists Unlock Potential of p-$^{11}$B Fusion for Clean Energy Read More »
In the realm of energy and technology, precise timekeeping is crucial for various applications, from power grid synchronization to data center operations. A team of researchers from the University of California, Berkeley, the University of Wisconsin-
Diamond Clocks: Temperature-Proof Timekeeping for Energy’s Future Read More »
In the realm of advanced materials for energy applications, a team of researchers from various institutions, including the Institute of Nuclear Physics Polish Academy of Sciences, the University of Warsaw, and the University of Science and Technology
Cobalt-Free Alloy Breakthrough: A Leap for Nuclear Energy Materials Read More »
Researchers Alireza Rezaee, Niloofar Nobahari, Amin Asgarifar, and Farshid Hajati, affiliated with the Department of Electrical Engineering at the University of Tehran, have developed a novel method for detecting faults in the electrical power system
Neural Network Innovations Boost Nanosatellite Fault Detection Read More »
This week, the global energy landscape witnessed a transformative leap as researchers at the University of Wollongong unveiled an electrolyser capable of 95% efficiency—a quantum jump from the 70-75% efficiency of current commercial models. This advancement, spearheaded by a team whose startup Hystata is already drawing international attention, promises to slash the cost and energy waste associated with green hydrogen production, positioning Australia at the forefront of the burgeoning hydrogen economy.
Breakthrough Electrolyser Achieves 95% Efficiency, Redefining Green Hydrogen Production Read More »
Singapore has just set a new benchmark for the integration of carbon capture and storage (CCS) with waste-to-energy (WtE) plants, announcing the implementation of a pilot project that promises to redefine industrial efficiency and circular economy practices in Asia. Scheduled for full operation by 2026, this initiative is designed to capture residual CO₂ emissions from WtE facilities, converting what was once a liability into a scalable, sustainable asset for the region. The project not only addresses the pressing challenge of emissions from waste incineration but also provides a blueprint for other Asian nations grappling with similar energy and environmental dilemmas.
In the realm of energy and materials science, understanding the properties of water is crucial, given its ubiquitous presence and role in various energy systems. A team of researchers from Princeton University, led by Roberto Car, has recently publis
Princeton Study Reveals Surprising Gaps in Water Modeling for Energy Innovations Read More »
In the realm of energy research, a team of scientists from the Center for Catalysis and Biochemistry at Aarhus University, Denmark, and other affiliated institutions, has made significant strides in understanding the energetics of protocells, which a
Unlocking Protocell Energetics: A Leap for Bioenergy Innovation Read More »
In the realm of nuclear physics and energy research, understanding the properties of various isotopes is crucial for advancements in nuclear energy and related technologies. Researchers S. Shukla and P. C. Srivastava, affiliated with the University o
Unlocking Nuclear Energy: Lead Isotope Insights from Indian Researchers Read More »
Researchers from the University of Michigan, including Weijie Wei, Zhipeng Luo, Ling Feng, and Venice Erin Liong, have developed a novel framework aimed at enhancing the capabilities of autonomous driving systems. Their work, published in the journal
Michigan Researchers Elevate Autonomous Driving with 3D Spatial Reasoning Read More »
