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A silicon-selenium chalcogenide glass could overcome the trade-off between infrared transparency and mechanical flexibility for adaptive optics.

The advance could overcome the issue with polyester ropes where repeated use leads to mechanical failures that release microplastics or result in loss of the ropes at sea.

Anthocyanin – a natural plant pigment – embedded into a metal-organic framework reportedly creates a hydrogel that can indicate when food starts to spoil.

A lightweight, purple fabric reportedly stays up to 6.2°C cooler than conventional purple cotton when exposed to direct sunlight.

How can companies and organisations improve inclusivity and accessibility for employees?

A class of ultrathin polymer membranes could enable fast and selective fractionation of crude oil.

A new approach to volumetric additive manufacturing (VAM) seeks to control temperature build-up to stabilise the process.

The coating produced using controlled suspension plasma spraying (SPS) could prolong the lives of gas turbines.

A multifunctional bioglass embedded with gallium oxide could be deployed to fight bone cancer cells.

An engineered, triphasic, biomaterial scaffold could help treat craniosynostosis.