Materials ScienceNews - Page 1

Cellulose films: A game-changer for sustainable packaging

Discover how the Films for Future (F3) project seeks to end packaging waste with sustainable cellulose-based films.

The touch of germs: Contaminated surfaces and their risk of infection

Spectrum Blue explores the contamination of surfaces and the risk they pose for spreading infection. Read more.

Innovating with topological chemistry: Quantum advancements at Université de Sherbrooke

Research at the Université de Sherbrooke in topological quantum materials is poised to revolutionise quantum technology.

MOSAIC, an interdisciplinary ion beam facility open to numerous scientific fields

The MOSAIC platform at IJCLab, France, integrates advanced ion beam equipment for cutting-edge R&D in material modification and analysis.

GenMat: Driving quantum innovation

Discover how materials science pioneer GenMat™ is driving fundamentally new understandings of material properties at the quantum level.

Neural networks tackle one of the most difficult challenges in quantum chemistry

New research using neural networks proposes a solution to the tough challenge of modelling the states of molecules.

Revolutionising electronics: Advances in sustainable polymers

Discover how new sustainable polymers could revolutionise electronics, merging tech innovation with eco-consciousness.

Crystal engineering research at the forefront of chemistry advancements

Discover how the Université de Sherbrooke revolutionising organic synthesis, energy utilisation and medicine with crystal engineering.

Canadian universities set to expand towards a bold, new research horizon

Dr Andrew P Dean of Lakehead University discusses the impact of Canada’s new membership in Horizon Europe on Canadian universities.

The Bristol Composites Institute: Materials for the future

Simon Quinn of the Bristol Composites Institute details why composite materials are vital to supporting sustainable technologies

Using AI and robotics to accelerate wearable technology

A model that combines machine learning and collaborative robotics can overcome challenges designing materials used in wearable technology.

World’s purest silicon paves way towards scalable quantum computers

Scientists at the University of Manchester, in collaboration with the University of Melbourne, have produced an ultra-pure form of silicon that allows the construction of high-performance qubit devices for scalable quantum computers.

Molecular movement insights hold potential for future nanotechnologies

In a new study, researchers from the University of Surrey and the Graz University of Technology have achieved a groundbreaking understanding of molecular movement.

Innovative Transmission Electron Microscope to be developed by Manchester scientists

Manchester scientists are developing a Transmission Electron Microscope that integrates cutting-edge spectroscopy with AI.

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