French chemists capture and study long-sought di-n-butylcalcium, showing it can perform useful reactions when kept ice-cold

🧪 Article Highlight: Calcium Joins the Organometallic Toolbox

Plasmon-Enhanced COâ‚‚-to-Ethylene Conversion
Cpper–palladium (CuPd) nanoparticles designed and illuminated with LED light to test how plasmon resonances affect CO₂ electroreduction

Cascade Chemistry Opens a New Path for Acetone Arylation
A new Pd-catalyzed cascade reaction achieves selective mono-α-arylation of acetone using diaryliodonium salts and alkene

In-Situ Functional Crosslinking for High Performance All-Solid-State Batteries
A novel in-situ crosslinker two-in-one bis-diazirine molecule acts as rigid linker and electron-withdrawing inducer

Protein–Starch Clusters: A Strategy for Designing Diabetes-Fighting Foods
How wheat proteins control starch digestion revealed: Key mechanisms for designing low-glycemic foods with transformative diabetes-fighting potential

🧪 Article Highlight: Predicting Molecular Aggregate Behavior of Organic Chromophores
Walter Thiel Medal winner Felix Plasser, UK, and colleagues studied how molecules in solid organic materials interact, focusing on the influence of π-stacking and explaining under what circumstances their chromophores couple to form H- or J-aggregates

Synthesis and Reactivity of Heavy Azadipnictiridines and Stabilized-Iminobismuthane
Small inorganic rings from heavy dipnictenes and azides synthesized; enabling unique products such as NHC-stabilized imino-bismuthane and GeBrâ‚‚ ring insertion; broadening main-group chemistry and new reactivity

Ti/Mg Doping Inhibits Harmful Phase Transitions in High-Voltage LiCoOâ‚‚
This work presents a simple and effective modification protocol for high-voltage LCO cathodes and offers valuable insights for designing stable layered oxide cathode materials

Intrinsic Luminescence of Pure Organic Mono- and Di-Radicals in Aggregated States
Strategy enables efficient organic radical luminescence in solids by suppressing harmful interactions, aiding solid-state lighting

How Green Was Ancient Roman Concrete?
Roman concrete requires comparable energy and CO â‚‚ emissions as modern concrete but could reduce environmental impact through longer-lasting structures