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

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 Warwick’s spin-out company, MedheranLink opens in a new windowt, 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.

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

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. Read moreLink opens in a new window

A Warwick 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.

A new discovery by researchers at the University of Warwick could help stop bacteria being contaminated with viruses, reducing disruption and decreasing costs in industry and research. Read moreLink opens in a new window

A company born out of ground-breaking research at Warwick has raised millions to develop a testosterone patch for people suffering from low libido and reduced zest for life due to the menopause. Read moreLink opens in a new window

Evonik has invested in Warwick Chemistry spinout company, Interface Polymers Ltd. Its technology simplifies the processing of mixed plastics and also their recycling. Read moreLink opens in a new window.

Liver cell spheroids are cryopreserved using macromolecular cryoprotectants, which will enable their easy banking and sharing. Read more..;