Ligand-Mediated Control of Zn x Se y Intermediates for Defect-Free ZnSe Heteroepitaxy on Quantum Dots

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• Chemistry & materials/Catalysis & reactionsSep 26, 2026

  Industrial-Scale Electrosynthesis of Amino Acids from the Air via a Molecular Ligand-Engineered Bismuth Catalyst

  Here, we report a molecular ligand-engineered bismuth catalyst (L-Bi) prepared via in situ electroreduction of bismuth metal–organic frameworks, achieving a record 93% Faradaic efficiency for glycine synthesis from simulated plasma-oxidized air and glyoxylic acid at a current density of 100 mA cm–2.

  Suisheng Li, Peisen Liao, Yuhao Zhang and 9 more — Journal of the American Chemical Society

  Peer-reviewed journalBold claims, read criticallyClaims a big stepReal-world use

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• Chemistry & materials/NanomaterialsSep 26, 2026

  Reversible photolithography of quantum dots achieves high-performance electroluminescence

  Using this approach, we achieve high-efficient and high-fidelity QD photolithography with restored QD structure and functionality.

  Chang Sheng Gu, Zhixin Zhai, Shuo Ding and 3 more — Nature Communications

  Peer-reviewed journalBold claims, read criticallyClaims a big stepReal-world use

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• Chemistry & materials/Catalysis & reactionsSep 26, 2026

  Efficient hydrogen peroxide synthesis from seawater via Na- and Pb-codoped SnSe under moderate temperature gradient

  Here we show a proof-of-concept thermoelectrocatalytic strategy for H2O2 production directly from seawater, driven solely by low-grade waste heat.

  Yuyan Xu, Xinyue Zhang, Yangyang Wan and 13 more — Nature Communications

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• Chemistry & materials/Batteries & energy materialsSep 26, 2026

  Record stack durability in industrial solid oxide steam electrolysis through operational control

  Here, we show that long-term stack durability can be strongly influenced by operating strategy, achieving 25,000 h of steam electrolysis operation in a full 70-cell solid oxide electrolysis cell stack under frequency-dependent electrochemical operation (AC:DC).

  Vasileios Bilalis, Olivia Fjord Sloth, Thomas Erik Lyck Smitshuysen and 10 more — Nature Communications

  Peer-reviewed journalBold claims, read criticallyClaims a big stepReal-world use

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• Chemistry & materials/MaterialsSep 26, 2026

  Mechanically resilient, hybrid silicone aerogel for thermal insulation, daytime radiative cooling and sustained flame protection

  Here the authors construct resilient hybrid silicone aerogels with low thermal conductivity and sustained flame protection enabled by in-situ nano-hollowing.

  Zibei Zhang, Meng Li, Dewen Li and 2 more — Nature Communications

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