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Boosting water electrolysis catalyst performance via simultaneous control of lattice distortion and oxygen vacancies!
1+ hour, 43+ min ago (224+ words) Credit: Korea Institute of Materials Science (KIMS) # A novel catalyst design enables simultaneous control of lattice structure and oxygen vacancies in molybdenum oxide through iron (Fe) substitution, with the study selected as a cover article in a leading international journal....
China's Fuel Cell & Hydrogen News - March 2026 Highlights - Fuelcellsworks
1+ day, 2+ hour ago (23+ words) China's Fuel Cell & Hydrogen News - March 2026 Highlights'Fuel Cells Works Fuel Cell and Hydrogen News Highlights From China: March. 16-20 2026...
Researchers Create Visible Floating Time Crystal - NYC Today
22+ hour, 58+ min ago (314+ words) NYU team develops a simple, compact device that showcases a self-oscillating time crystal Mar. 23, 2026 at 2:24am Time crystals challenge our fundamental understanding of equilibrium and the laws of thermodynamics, and this new visible time crystal system could lead to advancements in…...
Boosting Water Electrolysis Catalyst Performance via Simultaneous Control of Lattice Distortion and Oxygen Vacancies! | Newswise
1+ hour, 22+ min ago (205+ words) # A novel catalyst design enables simultaneous control of lattice structure and oxygen vacancies in molybdenum oxide through iron (Fe) substitution, with the study selected as a cover article in a leading international journal. "This study demonstrates a strategy to maximize…...
Gaurab Chakrabarti: Solugen’s fusion of biology and chemistry boosts chemical yields, leveraging pancreatic cancer mechanisms for hydrogen peroxide, and the importance of deep customer understanding | Y Combinator Startup Podcast
10+ hour, 5+ min ago (353+ words) We've invented a process called chemiensomatic processing where we take the specificity of biology by taking an enzyme and pairing it with a metal catalyst" you can actually create more efficient reactions so instead of having a 60% yield you can…...
Analytical Chemistry Testing Services Supporting FDA, USP, and Global Standards
9+ hour, 49+ min ago (203+ words) HPLC, ICP-MS, GC-MS, and LC-MS/MS testing with ICH Q2(R1)-validated methods, 48-hour turnaround, and pharma-grade documentation for supplements and FBA sellers. ICH Q2(R1) (Validation of Analytical Procedures: Text and Methodology) defines the parameters that analytical methods must meet to be considered…...
Scientists Discover a Surprising Use for Coffee Grounds That Could Transform Construction
15+ hour, 52+ min ago (446+ words) In early 2024, a study published several months earlier resurfaced and deserves renewed attention. Scientists at RMIT University in Australia have identified an unexpected use for spent coffee grounds, opening the door to an innovative solution for both construction and organic…...
Solute, Solvent, and Solution: AI-Driven Molecular Discovery
8+ hour, 11+ min ago (362+ words) Solute, Solvent, and Solution: AI-Driven Molecular Discovery'Skywork Solute, Solvent, and Solution: AI-Driven Molecular Discovery Solute, Solvent, and Solution: AI-Driven Molecular Discovery This opening slide introduces the transformative role of AI in predicting solute, solvent, and solution dynamics for drug discovery…...
Electron-RicInterfacial layer mediates synergistic enhancement of kinetics and long-term stability in Sb/carbon composite anodes for sodium-ion batteries
11+ hour, 1+ min ago (234+ words) Electron-RicInterfacial layer mediates synergistic enhancement of kinetics and long-term stability in Sb/carbon composite anodes for sodium-ion batteries'ScienceDirect.com Journal of Colloid and Interface Science Electron-RicInterfacial layer mediates synergistic enhancement of kinetics and long-term stability in Sb/carbon composite anodes…...
From waste to resource: Bioextraction strategy reclaims phosphorus from phosphogypsum
3+ hour, 17+ min ago (599+ words) From waste to resource: Bioextraction strategy reclaims phosphorus from phosphogypsum | Newswise'Newswise From waste to resource: Bioextraction strategy reclaims phosphorus from phosphogypsum Figure 6. Simulation of the A. niger-phosphogypsum interaction system. (a) Geochemical simulated mineralization under different concentrations of PO43" and Ca2+ by the GWB Act2 module....