Two curated guides review 67 free AI and computational tools for your daily work in the lab, from literature discovery and ...

A research team led by Professor Jin Yong Lee from the Department of Chemistry of Sungkyunkwan University, with co-first ...

A research team led by Professor Jin Yong Lee from the Department of Chemistry of Sungkyunkwan University (Co-first author: HyoungChul Ham), in ...

A new study published in Engineering provides new insights into regulating the catalytic dehydrogenation performance of ...

Electrochemically exfoliated graphene directs nickel foam surfaces toward gamma-NiOOH during oxygen evolution, improving ...

While chemistry usually follows the downhill pull of thermodynamics, Alison Wendlandt is creating higher‑energy stereoisomers ...

Researchers have developed a MOF-derived hollow polyhedral Co₉S₈/Ag₂S heterojunction that traps light like a magic cage. The ...

Scientists from Ocean University of China have crafted a 3D bimetallic MOF array material for electrocatalytic air sterilization, detailed in Engineering. The 0.3Co-MOF/Cu@Cu electrode boasts strong ...

A technology that increases hydrogen productivity using the “high entropy” principle has been developed. This technology is ...

When implanting a subcutaneous ICD, routine defibrillation testing could be safely skipped when using a scoring system to ...

Researchers are merging artificial intelligence with high-performance computing to supercharge materials science, storage workflows, and engineering simulations. From building the largest crystal ...

Quantum computing is at an inflection point. In recent years, quantum computers have shown the ability to run quantum programs at a scale beyond exact classical simulation. They're becoming useful ...