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Study tracks photogenerated hole evolution from separation to transfer in photocatalysis
2+ hour, 52+ min ago (58+ words) EurekAlert! Led by Prof. TIAN Wenming, Profs. LI Rengui and LI Can from the Dalian Institute of Chemical Physics (DICP) of Chinese Academy of Sciences (CAS), the study was published in National Science Review. More on this News Release Dalian…...
Brewery waste to nanocellulose: NanoBrew's billion-dollar bet
1+ hour, 31+ min ago (494+ words) Spent grain is brewing’s inconvenient byproduct. It makes up about 85% of brewery waste, it spoils within hours, and it is wet, heavy and hard to compost. Breweries face a stark choice: arrange same-day collection or watch it rot. Most of…...
Cleaner Strategy for Negative Thermal Expansion
1+ hour, 49+ min ago (681+ words) Mirage News A strategy encompassing simultaneous coprecipitation and oxidation has allowed the synthesis of highly oxidized amorphous precursors for BiNi1-xFexO3. This approach overcomes conventional challenges by reducing environmental impact, improving safety, and reducing synthesis time by generating a highly oxidized amorphous…...
After decades of theory, researchers trapped molybdenite inside an insulating nanotube and managed to manufacture the smallest semiconductor nanotube in the world, with only 1 nanometer in diameter and the potential to pave the way for much smaller transistors.
10+ hour, 52+ min ago (1125+ words) Japanese researchers managed to produce semiconductor nanotubes with approximately 1 nanometer in diameter, a dimension difficult to achieve without the structure deforming or becoming unstable. The result was published on June 4, 2026, in the scientific journal Science. The tubes are formed by…...
A cleaner strategy for negative thermal expansion materials
1+ hour, 51+ min ago (74+ words) isct.ac.jp A cleaner strategy for negative thermal expansion materials Highly oxidized amorphous precursor enables safer, cleaner synthesis of negative thermal expansion materials A strategy encompassing simultaneous coprecipitation and oxidation has allowed the synthesis of highly oxidized amorphous precursors…...
Chinese researchers develop fast, precise method for platinum-group catalyst synthesis
2+ hour, 20+ min ago (385+ words) TIANJIN -- Chinese researchers have developed a millisecond-scale thermal pulse technology enabling the ultra-fast synthesis and precise control of platinum-group catalysts, which is expected to give a boost to China's carbon reduction goals and energy security strategy. The research team at…...
New Method Converts Mixed Plastic to Hydrogen Fuel
3+ hour, 13+ min ago (756+ words) Mirage News - Because most recycling processes require plastics to be sorted by type first, only 9% of discarded plastic is actually recycled; 79% is dumped in landfills and another 12% is incinerated, releasing carbon dioxide in the process. - UCLA Samueli and Ewha Womans…...
New process turns mixed plastic waste into hydrogen fuel without sorting
3+ hour, 3+ min ago (643+ words) New process turns mixed plastic waste directly into hydrogen fuel without sorting Newsroom | UCLA - Because most recycling processes require plastics to be sorted by type first, only 9% of discarded plastic is actually recycled; 79% is dumped in landfills and another 12% is…...
Simple surface upgrade could make low-cost batteries last much longer
3+ hour, 56+ min ago (52+ words) ...
RaillyNews - Understanding the Atomic Mystery in Space
12+ hour, 49+ min ago (20+ words) Understanding the Atomic Mystery in Space RaillyNews Leave a Reply Cancel reply Copyrights © & Designed by SUCUDO | 2026...