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The structure of water: entropy determines whether ions stick
1+ hour, 5+ min ago (480+ words) Water molecules are constantly in motion, but on average they can form preferred patterns of order. TU Wien has now shown that this has a major influence on charged particles, for example in electrochemistry image: An ion surrounded by water…...
Physicochemical regulations of nanoconfined two-dimensional spacing toward highly-selective NH3 sensing
3+ hour, 4+ min ago (167+ words) image: A high-performance NH3 sensing material was designed by annealing and ion intercalation of multilayer Ti3 C2. Compared with Ti3 C2, the modified material has significantly improved selectivity, sensitivity, and response time towards NH3. view more Credit: Nano research, Tsinghua University Press This discovery not only…...
New Leader to Illuminate Supercharged Photosynthesis
8+ hour, 15+ min ago (148+ words) We are pleased to announce that Dr Tina Schreier will join the John Innes Centre as a tenure-track Group Leader in July 2026. Dr Schreier said: "I am delighted to be joining the John Innes Centre. For me, it is one…...
How Water's Structure and Entropy Decide If Ions Stick Together
1+ hour, 42+ min ago (769+ words) Water, one of the most ubiquitous and vital substances on Earth, exhibits behaviors that continue to fascinate scientists across many disciplines. Despite its apparent simplicity, water's molecular dance defies straightforward description. Recent research from TU Wien, in collaboration with the…...
Denmark Just Made Carbon Capture History, And Almost Nobody Noticed
1+ hour, 14+ min ago (1106+ words) Grid Bottlenecks Could Slow Southeast Asia's Power Demand Surge " Researchers at Oak Ridge National" China invested more than the" Bubiyan Island is becoming a" Cement accounts for roughly 78% of global CO? emissions, and experts increasingly see carbon capture as unavoidable…...
Ultra-Thin Flexible Film Developed to Convert Tiny Temperature Changes Into Electricity | Science-Environment
5+ hour, 11+ min ago (439+ words) The research was led by Prof. Dipankar Mandal and his team, including collaborator Sudip Naskar, at INST " an autonomous institute under the Department of Science and Technology (DST), Government of India. Such materials are considered critical for the next generation…...
Ultra-thin films developed to convert temperature fluctuations into electricity
3+ hour, 18+ min ago (288+ words) Scientists from Institute of Nano Science and Technology (INST) engineered ultra-thin films made from a flexible polymer, called polyvinylidene fluoride (PVDF), which is widely used in electronic and sensing applications, according to information shared by the Ministry of Science and…...
Synthetic Defects Unlock Potential For Manipulating Quantum Information
49+ min ago (837+ words) Zero energy modes, predicted to stabilise synthetic defects within topologically ordered systems, have remained largely theoretical until now. Previously referenced but never systematically investigated, this work delivers the first detailed analysis of these artificially created defects and their spectral properties....
SLAC-Stanford Researchers Find Simple Way to Extend Battery Life
1+ hour, 3+ min ago (717+ words) To make batteries that last longer, scientists are creating internal battery structures that don't degrade as quickly as current designs do. In fact, the reason many lithium-ion batteries ultimately fail is that their'cathodes, or'negative electrodes, crack after repeated charging and…...
Collaborative autonomy" development not moving fast enough for SOCOM
1+ hour, 31+ min ago (531+ words) TAMPA, Fla. " Officials across the services are racing to get disparate military platforms to talk to each other, an effort buoyed by the idea that the speedy transfer of information across multiple domains and automated systems will give U. S. forces an…...