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Latest Articles
Novel layered crystal for high-efficiency thermoelectric energy conversion
1+ hour, 5+ min ago (113+ words) isct.ac.jp Novel layered crystal for high-efficiency thermoelectric energy conversion Embedding atomically thin materials within bulk crystals enables both a high thermoelectric power factor and exceptionally low thermal conductivity Developing thermoelectric materials that efficiently convert waste heat into electricity…...
Dual-design carbon catalyst helps lithium–oxygen batteries deliver high capacity with lower energy loss
5+ hour, 11+ min ago (471+ words) A metal-free cathode material combines carefully engineered pores and nitrogen active sites to improve capacity, charging efficiency, and cycling stability Credit: Xinrong Hu, Meiling Wang, Feiyang Yang, Zhaolin Gou, Ziyi Chen, Cunzhong Zhang, Yuefeng Su & Ying Yao Lithium–oxygen batteries…...
Creating Atom-Thin Filters that Separate the Smallest Isotopes
7+ hour, 3+ min ago (334+ words) Newswise DOE SCIENCE NEWS SOURCE Creating Atom-Thin Filters that Separate the Smallest Isotopes Scientists demonstrated that ultra-thin membranes made of 2D materials can act as filters to separate isotopes of hydrogen. An atomically thin layer of a honeycomb-like filter which enables…...
Argonne marks 80 years of scientific discovery
12+ hour, 43+ min ago (308+ words) In 1946, the United States was on the cusp of a new energy age. Chartered to study peaceful uses for atomic power, the U.S. Department of Energy’s (DOE) Argonne National Laboratory helped usher in that pivotal era. Just over five years after…...
New Particle Accelerator in China Sets Records
13+ hour, 6+ min ago (394+ words) In the southern Chinese province of Guangdong, a new major nuclear physics facility has reached an important milestone: The High Intensity Heavy-ion Accelerator Facility (HIAF) in Huizhou has been technically approved and is now entering trial operation. Even during the…...
Solving the solvent problem
8+ hour, 38+ min ago (167+ words) How did the solvent cross the road? There is, however, a complicating factor – a tradeoff to be addressed: faster ion transport often comes at the expense of electrolyte stability. Many highly conductive electrolytes react more easily with the electrodes, shortening…...
University hosts expert symposium on `forever chemicals"
9+ hour, 56+ min ago (305+ words) Rangahau me te auahatanga Research and innovation Faculty of Science, Science and technology, Sustainable impact Experts shared knowledge on `forever chemicals' pollution, its treatment, and the search for alternatives. One of New Zealand’s largest gatherings focused on PFAS, or ‘forever…...
Biochar enhances methane uptake in engineered green roof substrate
10+ hour, 41+ min ago (45+ words) (IMAGE) EurekAlert! Biochar enhances methane uptake in engineered green roof substrate Imrul Kayes, Md Abdul Halim & Wenxi Liao Carbon Research Editorial Office More on this News Release Biochar transforms green roofs into powerful methane sinks...
Cheiron Raises $8M to Launch AI-Native the Operating System for Drug Programs
14+ hour, 19+ min ago (224+ words) Builds the Operating System for Drug Programs The biopharmaceutical research, clinical development, and life sciences software markets are confronting a major operational challenge. Every year, billions of dollars are poured into advancing promising therapeutic candidates, yet the fundamental unit of…...
Department of Energy Genesis Mission grant to UF-led team will speed up development of stronger materials News
10+ hour, 27+ min ago (636+ words) Dave Schlenker July 22, 2026 A cross-disciplinary research team led by the University of Florida won a prestigious federal grant on Wednesday to develop an autonomous artificial intelligence platform that could fundamentally change how new materials are discovered. Selected from more than…...