Researchers from ETH Zurich, including Barış Kavas, Efe C. Balta, Lars Witte, Michael R. Tucker, John Lygeros, and Markus Bambach, have developed a novel control system for the laser powder bed fusion (LPBF) process, a type of additive manufacturing
ETH Zurich’s Breakthrough: Smart Control for High-Quality 3D Printing Read More »
A US-based startup has shattered expectations in the race for next-generation energy storage, announcing a solid-state battery capable of a 25x capacity boost and over 1,000 charge cycles in large-format cells—retaining over 80% capacity. This milestone, backed by $20 million from ARPA-E and a new 30,000 sq. ft. facility, marks a pivotal moment for electric vehicles, grid storage, and beyond, as industries pivot from lithium-ion’s physical and safety limitations toward solid-state’s transformative potential.
Researchers from various institutions, including The Hong Kong University of Science and Technology, Fudan University, and the University of Electronic Science and Technology of China, have developed a new hardware accelerator designed to improve the
AI Accelerator Slashes Energy Use for Smarter Grids Read More »
In the realm of energy-efficient communication technologies, researchers Talha Akyildiz and Hessam Mahdavifar from Northeastern University have made significant strides. Their work, published in the IEEE Transactions on Wireless Communications, focus
Northeastern Researchers Revolutionize Energy-Efficient IoT Communication Read More »
In the realm of high-energy nuclear physics, a team of researchers from Heidelberg University, including Andreas Kirchner, Federica Capellino, Eduardo Grossi, and Stefan Floerchinger, is pushing the boundaries of our understanding of heavy-ion collis
Revolutionizing Nuclear Physics: Fluid Dynamics in Heavy-Ion Collisions Read More »
In a significant stride towards democratizing advanced imaging techniques, a team of researchers from University College London, led by Dr. Silvia Cipiccia, has successfully demonstrated the potential of laboratory X-ray sources for high-resolution,
Lab X-rays unlock nano-imaging potential for energy research Read More »
Researchers from Purdue University, including Arya Chavoshi, Hassan Dashtian, Naveen Sudharsan, and Dev Niyogi, have developed a new method to improve the monitoring of urban heat islands (UHIs) by addressing a common challenge in satellite data: clo
Researchers from the University of Colorado Boulder, led by Ana Maria Rey, have introduced a novel approach to simulate and control topological superconductors using photon-mediated interactions. This work, published in the journal Nature Physics, co
This week, a team of Canadian researchers unveiled a transformative advance in electrolyzer technology, promising to make the conversion of carbon emissions into valuable fuels and chemicals far cheaper and more efficient. Published in Nature Energy, the breakthrough centers on a critical component within electrolyzers—the devices that use electricity to turn CO₂ into usable products. This innovation could remove a longstanding barrier that has stymied the technology for years, offering a tangible path to decarbonizing heavy industry and accelerating the green hydrogen economy.
Researchers from the University of Helsinki, Finland, and other institutions have developed a new computational approach to better understand and predict radiation damage in high-temperature superconductors. These materials are of interest to the ene
