Insights, trends and innovations shaping the chemical industry.
A July 2026 ACS study shows that intramolecular nitrogen- or oxygen-to-tellurium chalcogen bonding can drive diaryltelluride oxidation, highlighting molecular geometry and oxidation-state verification as important variables in related R&D programs.
Major Breakthroughs
A 2026 Nature study reports lanthanide MXenes with 0.32–1.22 eV band gaps and low-temperature ferromagnetism, while reproducibility, room-temperature operation, and device integration remain unproven.
Major Breakthroughs
ICCAS researchers developed synergistic ion–π catalysis with chiral molecular cages to control carbocation intermediates, enabling highly selective S_N1 reactions and offering new potential for chiral catalysts, pharmaceutical intermediates, and fine chemical synthesis.
Major Breakthroughs
A July 2026 ACS study explains how competing palladium-mediated pathways select one product from eight possible outcomes in a diazoester–allylic ester–amine reaction.
Major Breakthroughs
Weak microphase separation enables alicyclic polyamide elastomers to combine high optical transparency with strength, flexibility, and potential for further industrial processing validation.
Major Breakthroughs
A team from the Institute of Chemistry, Chinese Academy of Sciences (CAS), proposed a synergistic hydrolysis-polycondensation strategy utilizing OPZ and BTMSPA to construct an ultrathin transparent protective coating that simultaneously exhibits high hardness, high flexibility, high transparency, and spatial stability.
Major Breakthroughs
A July 2026 ACS study shows that zinc coordination can dynamically extend lightly aminated polybutadiene chains and can largely be removed by acid treatment, while repeated processing, storage stability and application-level durability remain unproven.
Major Breakthroughs
solar-driven photocatalysis-Fenton system with dynamic copper release enables efficient, long-term water purification, highlighting new opportunities for low-carbon catalysts, MOF materials, and sustainable water treatment procurement.
Major Breakthroughs
Nitrogen-containing chemicals are core raw materials for fine chemicals, synthetic fibers, modern agriculture and other industries. However, their traditional production routes largely rely on fossil resources, leading to high energy consumption, large carbon emissions and substantial pollutant discharge.
Major Breakthroughs
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