Möbius strip-like molecule has an entirely new and bizarre shape A ring of 13 carbon atoms and two chlorine atoms has a remarkable molecular structure that means you would have to go around the loop four times to return to your starting position

A ring of 13 carbon atoms and two chlorine atoms has a remarkable molecular structure that means you would have to go around the loop four times to return to your starting position

honoured to receive this award from Chemistry Europe! 🤩 big thanks to the Swedish Chemical Society for the nomination 🇸🇪 this will help me start up some exciting research with @jakeylg.bsky.social at the University of St. Andrews in the near future 💡

Infographic "The Chemistry of Plant-Based Meat" explaining how alternatives replicate meat. Sources include legumes, grains, and fungi. Structure is achieved via high-moisture extrusion to create fibrous textures. Color comes from beet and purple carrot pigments or genetically engineered heme. Flavor is developed through the Maillard reaction (sugars + amino acids). Texture uses liquid plant oils and solid tropical fats to mimic animal fat mouthfeel and consistency.

If you’re doing #Veganuary this month, or even just aiming to eat less meat, you might try plant-based alternatives. How are these made and how does chemistry improve their appearance and flavour?

This edition of #PeriodicGraphics in @cenmag.bsky.social has the answers: cen.acs.org/food/food-sc...

Controlling cyclodextrin host-guest complexation in water with dynamic pericyclic chemistry - Communications Chemistry Water-soluble macrocycles are useful in drug delivery and other applications, yet controlling their host–guest interactions under physiological conditions remains challenging. Here, the authors employ...

A late Christmas gift - our new paper on using dynamic covalent pericyclic reactions to control host-guest chemistry in water has just been accepted in @commschem.nature.com. Massive congrats @mariusgaedke.bsky.social @anjaramstrom.bsky.social @daisypooler.bsky.social

www.nature.com/articles/s42...

This molecule conducts charge like a liquid, even when it’s a solid Loose ion pairing helps this organic electrolyte maintain conductivity through phase changes

For this organic charge carrier, conductivity is more than just a phase! @paul-mcgonigal.bsky.social and team devised a clever new material that keeps ions flowing in more-ordered states of matter, thanks to diffused charges and a lil ordered chaos:
cen.acs.org/materials/el...

Other highlights included @daisypooler.bsky.social showing her amazing postdoc work on biocompatible MIMs for the first time, and the group Christmas Dinner and subsequent karaoke!! Was an absolute blast - love working with this team ✨️🎊🎄!!!

great to see @fschaufelberger.bsky.social present our recent work on our lanthanide chelate rotaxane emitters pioneered by @anjaramstrom.bsky.social! 📡💡 and a sneak peek into the main work of my postdoc too 😉 #MASC2025

Congrats to Dr Simona Bianco (University of Glasgow) and Dr Jiarong Wu @jiarongwu.bsky.social (University of St Andrews/Universität Würzburg) who were awarded the 2025 RSC MASC Group PhD Thesis Award trophy 🏆 given in memory of John Fossey!

#MASC2025
#RSC_MASC

People gathered in a building foyer

A coffee break after a fantastic first session at MASC 2025 here in Milton Keynes! @openuniversity.bsky.social

#MASC2025
#RSC_MASC

always an exciting day! #nobellectures

I'm advertising a funded opportunity for a postdoc to join the Fielden Research Group for 24 months: www.jobs.ac.uk/job/DPC150/r...

We're looking for a researcher with expertise in supramolecular and/or colloid chemistry to help kick start our ERC-funded project into dynamic emulsions. 😃

my last day at @uni-of-warwick.bsky.social today! a trip that was short but sweet. I'm looking forward to be coming back here more often in the future 😇 it's so pretty and autumnal here, I am fully prepared for all of the trees in Stockholm to be completely bare once I'm back there

Ocean Vuong is a fantastic author. I would recommend On Earth We Are Briefly Gorgeous

back again at @uni-of-warwick.bsky.social to help get the new students started in the @fschaufelberger.bsky.social lab! 🤩🧪⚛️

KTH is very pretty at this time of year 🍂🍁

yay for MOFs!!!! when can I sign up for the lectures?? 😁 #chemnobel

🎖️ The Nobel Prize in Chemistry 2025 is awarded to Susumu Kitagawa, Richard Robson & Omar Yaghi! They have created molecular constructions, known as metal–organic frameworks, that can contribute to solving some of humankind’s greatest challenges.

www.kva.se/nobelchemistry2025

#Nobelprize

hands up if you also forgot to 'thinky think' ✋

#chemsky 🧪

so many dead canaries and we just keep on mining

AI can now generate fake microscopy images that are nearly impossible to detect. A serious threat to scientific integrity—and we’re not prepared for it.

Commentary in @natnano.nature.com

#nanotechnology

Jake, this is huge!!! really well done 👏👏👏 awesome news 🎉

here at Vetenskapens Hus today to prepare for the Forskar Grand Prix later this month! #outreach

had to walk past/through FIVE (not an exaggeration) separate dance troupes this morning at 8:30 on my way to the lab. the students are well and truly back... and there are some rather odd fresher's celebrations happening at KTH

In beautiful Jyväskylä together with @sgoldup.bsky.social and Fabien Cougnon holding a summer school on mechanically interlocked molecules! Brilliant students, great discussions and fantastic weather as a bonus 🤩🍀.

An information ratchet improves selectivity in molecular recognition under non-equilibrium conditions Nature Nanotechnology - An abiotic information ratchet mechanism increases selectivity for the correct DNA duplex from 2:1 at equilibrium to 6:1 under energy-dissipating conditions.

Great to see this paper published today !! Phenomenal work by @benjaminoacid.bsky.social in collaboration with Erica Del Grosso and Francesco Ricci at Rome ‘Tor Vergata’. Many thanks to @epenocchio.bsky.social for contributing. 1/n

rdcu.be/eyPBc

This illustration shows consecutive stages during operation of a molecular catenating machine.

This week in Science, researchers report an artificial molecular motor that can twist a molecular thread to form a mechanically interlocked molecule. The approach creates opportunities to fabricate mechanically interlocked molecules with precise structural control.

Learn more: scim.ag/40FboGP

beautiful work Tommy, huge congratulations 👏👏👏 all my best to Robert, Michael and the rest of the team for this incredible endeavour 😁

Delighted to follow @mvdelius.bsky.social into the 1st issue of @angewandtechemie.bsky.social Novit! Congrats to Jiankang, Enzo, Patrick, Axel, Andrei & Dan on the spontaneous assembly of catenanes lacking strong recognition sites🔗😃 onlinelibrary.wiley.com/doi/full/10....

A molecular machine directs the synthesis of a catenane Precise mechanical manipulation of molecules is inherently difficult owing to random thermal motion. Although directed movement on the molecular scale has been achieved, using it to impose specific—es...

Oh, you have a machine that goes bing? Well guess what chemsky? @science.org has a machine that goes RING! On the cover this week, Michael Kathan’s group use a Feringa-type rotary motor to produce catenanes! 🧪

www.science.org/doi/10.1126/...

lab maintenance day 🛠️ @anjaramstrom.bsky.social and I took three barely working rotavaps and created two fully functional ones 👩‍🔬💪 demanding work, but well worth it #chemsky