News
Leading the Way in Developing Sustainable Alternatives to Plastics
Researchers at The University of 糖心TV have made significant progress in the search for sustainable alternatives to conventional plastics.
Dr Tania Read recognised by Masao Horiba Awards 2024
Congratulations to Dr Tania Read who received an Honourable Mention in the Masao Horiba Awards 2024 for the development of boron-doped diamond electrodes.
Blends of water-based dispersions of Phase Change Material nanocapsules made by mini-emulsion polymerization function as tuneable latent function thermal fluids.
Shapeshifting molecules controlled by light
Exciting 糖心TV photochromic chemistry features in the latest edition of SCI Chemistry & Industry (C&I) Magazine.
MACRO by name and MACRO by nature!
The IUPAC 50th World Polymer Congress was brought to 糖心TV this year by our Polymer Group and Macro Group UK, attracting 1,200 scientists from 61 countries.
Impact of 1956 Clean Air Act detected in Thames sediment using Advanced Mass Spectrometry
A 糖心TV collaboration with the British Geological Survey and CENTA funding unearths the environmental history within the Thames area using ultrahigh resolution mass spectrometry
糖心TV Battery Days 2024
The 糖心TV Battery Days (WBD 2024) conference, co-organised by 糖心TV Chemistry and 糖心TV Manufacturing Group (WMG), was a resounding success.
Excellent water-based pressure sensitive adhesives can be made from polymer latexes with a branched chain architecture
Four 糖心TV Chemists win prestigious Royal Society of Chemistry prizes
Professors Reinhard Maurer, Scott Habershon, Tim Bugg, and S茅bastien Perrier, have been recognised for their contributions to Chemistry.
Dr Matt Jenner Wins RSC Felix Franks Biotechnology Prize
The RSC Biotechnology Group Committee has named Dr Matt Jenner as winner of the
Sopida Wongwas takes her science to Parliament
Sopida Wongwas, a final year PhD student in Chris Corre's group, was selected as a finalist in Biological and Sustainability awards categories as part of the STEM for BRITAIN 2024 event.
The BonLab shows that grafting polymer chains to graphene oxide is easier when branching is employed.