Klaas Wynne (@klaaswynne) 's Twitter Profile
Klaas Wynne

@klaaswynne

Chemical physicist U of Glasgow: liquids, glasses, phase transitions, nucleation, (ultrafast) spectroscopy, and hill/bog running & orienteering/mapping

ID: 137629661

linkhttp://www.wijnne.com calendar_today27-04-2010 08:31:14

1,1K Tweet

1,1K Followers

166 Following

Clydeside Orienteers (@clydesideo) 's Twitter Profile Photo

Info and entry link for our second Spring Series event at Carbeth on Thursday 25 April. New map of an area not used since at least the 1980s, small but technical, long/short/novice courses. Newcomers most welcome! clydesideorienteers.org.uk/events/spring-…

Francesco Baldini (@baldini_fra) 's Twitter Profile Photo

🌟Dreams come true!🌟 Training 11 African scientists on new #malaria surveillance technology 🇳🇬🇨🇲🇧🇯🇧🇫🇺🇬🇰🇪🇲🇿🇲🇼🇹🇿 🙏 University of Glasgow GKEF/IAA & PAMCA, Africa for making it possible 🙏 to instructors VectorsGlasgow UofG SBOHVM University of Glasgow Chemistry Ifakara Health Institute IRSS Burkina Faso for expertise & commitment

Billy Bragg (@billybragg) 's Twitter Profile Photo

Everyone knows Labour are going to win the election, but if you’re feeling like there’s no point in voting as the outcome is a foregone conclusion, I’d like to draw your attention to something really radical that is on offer tomorrow: 1/8

Klaas Wynne (@klaaswynne) 's Twitter Profile Photo

I had somehow thought that the equations on the UofG Maths and Stats building would be put on by a pale spectacled mathematician on a ladder with a can of spray paint...alas. Still some fine looking ODEs!

I had somehow thought that the equations on the <a href="/UofGMaths_Stats/">UofG Maths and Stats</a> building would be put on by a pale spectacled mathematician on a ladder with a can of spray paint...alas. Still some fine looking ODEs!
Chemistry World (@chemistryworld) 's Twitter Profile Photo

Researchers at the University of Glasgow and the University of Strathclyde collaborated to explore the size distribution of aggregates formed in supersaturated solutions of amino acids and peptides in work that could help control the crystal growth of a range of compounds. chemistryworld.com/news/amorphous…

Chemistry World (@chemistryworld) 's Twitter Profile Photo

‘Instead of overcoming a big barrier associated with this big interfacial tension of making a small crystal, you circumvent it by making an amorphous structure which has a very low surface tension,’ explains author Klaas Wynne. chemistryworld.com/news/amorphous…

Malcolm Kadodwala (@mkadodwala) 's Twitter Profile Photo

🧬 Exciting news! Our latest research introduces "electromagnetic enantiomers", a groundbreaking strategy to induce chirality in molecules using light within engineered nanocavities. University of Glasgow Chemistry, OhioU Physics&Astro, Klaas Wynne SkabaraGroup, Malcolm Kadodwala pubs.acs.org/doi/full/10.10…

ACS Nano (@acsnano) 's Twitter Profile Photo

Researchers University of Glasgow University of Glasgow Chemistry research introduces "electromagnetic enantiomers" a groundbreaking strategy to induce chirality in molecules using light within engineered nanocavities, providing a simpler route to asymmetric chemistry Read it here 🔗 pubs.acs.org/doi/full/10.10…

Researchers <a href="/UofGlasgow/">University of Glasgow</a> <a href="/UofGChem/">University of Glasgow Chemistry</a> research introduces "electromagnetic enantiomers" a groundbreaking strategy to induce chirality in molecules using light within engineered nanocavities, providing a simpler route to asymmetric chemistry

Read it here 🔗 pubs.acs.org/doi/full/10.10…
Margaret Mitchell (@margmitch) 's Twitter Profile Photo

‘As the Day Closes’ is one of the most poignant bodies of work I have made. Thanks to the The Royal Photographic Society 'Women in Photography' and Rachel Nixon for this interview and feature which honours the memories of those no longer here.

‘As the Day Closes’ is one of the most poignant bodies of work I have made. Thanks to the <a href="/The_RPS/">The Royal Photographic Society</a>  'Women in Photography' and <a href="/rachelnixon/">Rachel Nixon</a>  for this interview and feature which honours the memories of those no longer here.