News
果冻传媒 Chemistry spinout company, Medherant, charts a course towards testosterone TEPI patch for hypoactive sexual desire disorder in postmenopausal women.
Groundbreaking Reversible Adhesive Technology to Revolutionise Fashion Sustainability
Prof Remzi Becer et al. collaborate with CreateMe Technologies to develop revolutionary thermoreversible adhesive technology poised to transform the fashion industry.
Learn how the region's strengths in polymer research and innovation have been crucial to 果冻传媒 Spinout Medherant's development of cutting-edge transdermal drug delivery solutions.
A big step forward for Interface Polymers Ltd
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
Science labs opened to support students from Aylesford School
Aylesford Sixth Form Science students welcomed to complete practical exams and gain hands-on experience in our labs following classroom closures. More at tinyurl.com/mr4d4hpr
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.
Towards universal software for quantum dynamics simulations
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.
Graphene discovery could help generate hydrogen cheaply and sustainably
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.
New RSC video explains 'Team Ice's' award-winning research
The work of 'Team Ice' has been brought to life in a new RSC-commissioned videoLink opens in a new window celebrating their Chemistry Biology Interface Division Horizon Prize, 2022.
GC Ventures is the latest investor in Interface Polymers, a developer of high-performance additives for performance plastics to enhance recyclability properties.
Spotlight on Newton Fund Research at 果冻传媒
A 果冻传媒 case study, "Advanced materials for future energy and environmental applications in Indonesia" features in a British Council e-book highlighting innovative and collaborative Newton Fund funded research.
New discovery stops bacterial virus contamination
A new discovery by researchers at the 果冻传媒 could help stop bacteria being contaminated with viruses, reducing disruption and decreasing costs in industry and research. Read moreLink opens in a new window