果冻传媒

As 果冻传媒 Chemists begin their prize-winners' lecture tours, they react to receiving prestigious RSC Prizes in films celebrating their achievements. tinyurl.com/3npvtj93

果冻传媒 Chemistry spinout Interface Polymers Ltd (IPL) announces a ground-breaking achievement – the commercial scale-up of their first product. More at tinyurl.com/3ebkt6uh

Satarupa, a PhD student under the supervision of Prof Richard Walton, met with students and distinguished speakers from around the world at this prestigious event. tinyurl.dev/mrxbjkdb

果冻传媒 Chemistry is seeking to support talented candidates for the UKRI Future Leaders Fellowships - Round 9. Expression of Interest Due 19 February. tinyurl.com/2rjjkuru

Dr Katherina Brinkert interviewed in BBC Science Focus magazine on solar power in space. tinyurl.com/3kdnrs3v

Dr Mark Greenhalgh, has secured a substantial grant from the EPSRC to establish an international collaboration for his pioneering research in catalysis and molecular interactions.

Times Higher Education covers 果冻传媒鈥檚 spin-out company, t, and Prof Dave Haddleton's aim to launch a testosterone patch for menopausal women.

Prof. Scott Habershon receives a share of EPSRC funding for COSMOS - a major project to create a universal software framework for quantum dynamics simulations with UCL.

In the first week of October 2023 the Nobel Prize in Chemistry was awarded for the discovery and synthesis of quantum dots. Dr Sebastian Pike CommentsLink opens in a new window.

Dr Hannes Houck has been announced as one of the recipients of the Royal Society鈥檚 flagship early career research schemes, distinguishing him as an outstanding scientist with the potential to become a leader in the field of sustainability.

Dr Becky Notman, along with Co-investigators across the Chemistry Teaching and Learning, Student Experience and Postgraduate Student community, have been awarded 拢28k from Enhancing Research Culture Funds.

Researchers from 果冻传媒 and Manchester finally solve long-standing puzzle of why graphene is so much more permeable to protons than expected by theory.