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News
Filling Polymers with Charge, Reconnecting Broken Pathways
4+ hour, 52+ min ago (406+ words) | Newswise Newswise Filling Polymers with Charge, Reconnecting Broken Pathways (1) Polar molecular alignment: maximizing electron density. (2) Molecular bridge design: establishing charge transport pathways. A research team led by Professor Kang Bosoek of the SKKU Advanced Institute of Nano Technology(SAINT), Department…...
New Technology Could Turn Dirty Factory Exhaust Directly Into Useful Fuel
23+ hour, 57+ min ago (499+ words) Researchers have found a way to convert Co2 from dirty factory emissions into fuel Newswise — A team of international researchers has found a way to turn carbon dioxide from dirty factory emissions directly into fuel without first cleaning or purifying the…...
Sungkyunkwan University Uncovers Key Principle to Boost Efficiency of Artificial Photosynthesis and Next-Generation Semiconductors
23+ hour, 52+ min ago (267+ words) | Newswise Newswise ▲ Molecular structure of the D-PBI-D monomer and its aggregate (D-PBI-Dagg) used in this study, along with a schematic of the reaction pathway following light absorption within the aggregate. To address this, the research team developed a proprietary PBI…...
Sungkyunkwan University Uncovers Key Principle to Boost Efficiency of Artificial Photosynthesis and Next-Generation Semiconductors | Newswise
22+ hour, 51+ min ago (13+ words) Professor Taeyeon Kim's Team Discovers Mechanism That Controls Charge Transfer in Molecular Aggregates...
New Open-Source Software Predicts Energy Transfer Between Tiny Defects in Solid Materials
4+ day, 7+ hour ago (453+ words) Scientific illustration of energy transfer between atomic-scale defects in a solid, as modeled by the open-source PyRET software developed by Argonne and UChicago researchers. The tool could help researchers design denser optical memory, study information loss in quantum systems and…...
Blue LED light sparks new chemical reaction that could speed up drug discovery
5+ day, 11+ hour ago (522+ words) Binghamton University chemists have discovered a new mechanism that could potentially lead to quicker outcomes in pharmaceutical research. Carbon-halogen bonds are among the most common “handles” in organic chemistry, meaning that they’re added to molecules to enable or control a…...
Larger Bubbles Could Make Water Electrolysis More Efficient
5+ day, 15+ hour ago (341+ words) | Newswise Newswise Larger Bubbles Could Make Water Electrolysis More Efficient Bubble coalescence boosts water electrolysis efficiency. Newswise — Green hydrogen is expected to help decarbonize chemical manufacturing, transportation, steelmaking, and other hard-to-electrify industries. Yet electrolysis efficiency remains limited by bubbles generated…...
GRETA Comes Online for a New Era of Nuclear Science
6+ day, 13+ hour ago (24+ words) After a successful commissioning run, the Gamma-Ray Energy Tracking Array is ready to give researchers an unprecedented look into the hearts of atoms....
HIL Management: A Critical Quality Priority for Laboratories | Newswise
1+ week, 5+ hour ago (283+ words) At ADLM 2026, Randox will showcase its Acusera Serum Indices Control, highlighting how independent HIL (Hemolysis, Icterus, and Lipemia) quality control helps laboratories verify analyzer performance before patient samples are analyzed. HIL Management: A Critical Quality Priority for Laboratories Newswise — At…...
SKKU Research Team Develops High-Efficiency ‘Nano-Defect Catalyst’ Converting Carbon Dioxide into Eco-Friendly Fuel
1+ week, 4+ hour ago (491+ words) | Newswise Newswise SKKU Research Team Develops High-Efficiency âNano-Defect Catalystâ Converting Carbon Dioxide into Eco-Friendly Fuel Schematic illustration of the synthesis process for the Cex-Bi2O2CO3 catalyst. OverviewSungkyunkwan University(SKKU) research team led by Professor Young Dok Kim from the Department…...