When liquids freeze, ions normally grind to a halt — but not in our new materials!
Our latest paper in @ScienceMagazine shows how organic salts can keep the same ionic conductivity mechanism as they transform from liquid to solid.
https://t.co/g6L9IrADZm
🧪 Simplicity engineered for magnetism 🧲
📢 Preprint: Cr(pyrazine)₃ - maybe the simplest MOF with potential voids known. This perovskite analogue shows magnetic interactions rivaling the strongest known in inorganic materials, stabilizing magnetic order above RT.
🔗and🎥👇
Biology is full of molecular machines that operate self-sufficiently through cycles of oxidation and reduction. A team of chemists has now borrowed that concept to create a single-molecule motor driven by an enzyme oxidant and a chemical reductant. https://t.co/Yryu93NSqK
Hey #sciencetwitter I am mostly drifting away from here for many reasons. Come find me on #Bluesky🦋, it's lovely there right now. Most vibrant and engaging😀... and no one is going to take my work to feed their AI...
My Ph.D. study was about integrating macromolecular dynamics with dynamic combinatorial chemistry (DCC). Here is the first part accepted by @angew_chem. We @Jianwei_Chem developed DCC as a new crosslinking chemistry for the single-chain polymer folding. https://t.co/MaQOGDqxXt
📚Coming soon!
On May 17th, dive into the world of sustainable innovation with our latest book:
Unconventional Green Synthesis of Inorganic Nanomaterials
Explore cutting-edge synthesis routes and discover applications in catalysis, electronics, optics, and nanomedicine.
Happy to see @SciCommStudios’s work on the cover of @ChemSystemsChem featuring crown ether active template synthesis of rotaxanes 😁 https://t.co/whWiBA8ytI thank you to @LeverhulmeTrust for funding!