Materials ScienceNews - Page 3

Wood materials can create reliable organic solar cells

Researchers have shown that untreated kraft lignin can be used to make organic solar cells even more environmentally friendly and reliable.

2D crystals breakthrough paves way for commercialisation of next-generation electronics

University of Manchester researchers have made a breakthrough in the transfer of 2D crystals to commercialise next-generation electronics.

High-density computing memory developed by scientists

University of Rochester scientists have developed a new form of computing memory that is fast, dense, and low-power.

Improving nanomaterials safety with the SAbyNA Guidance Platform

Learn how the SAbyNA project is developing the integrative SAbyNA Guidance Platform to support the development of safer nanomaterials.

The NENU2PHAR project is developing sustainable packaging plastics from aquatic origin

The NENU2PHAR project develops commercial packaging applications made of PHA bioplastic originating from microalgae.

Developments in graphene-based biomedical technologies

Learn why graphene and other layered materials have great potential for numerous next-generation biomedical technologies.

ZenARMOR: Corrosion protection technology with military-grade potential

Learn more about the major progress Zentek Ltd has made with its ZenARMOR corrosion protection technology.

Dielectric capacitors for energy storage boosted with new nanosheet technology

Discover a new nanosheet device with the highest energy storage performance seen – surpassing conventional research on dielectric capacitors.

BioUPGRADE: Advancing biocatalysts to enrich the global bioeconomy

Learn about how the BioUPGRADE project led by Aalto University drives state-of-the-art innovations in biocatalysts.

Phosphorus nanoribbons could improve batteries and solar cells

Learn about the production of phosphorus nanoribbons, which could improve the efficiency of batteries, supercapacitors, and solar cells.

Materials science in microgravity: Unlocking new frontiers in innovation

Rob Adlard, Founder & CEO of Gravitilab, outlines the importance of materials science research in microgravity. 

Graphene ribbons used to create new devices with great potential

Learn how graphene ribbons are used to create devices that offer a new level of predictability and control over both twist angle and strain.  

Unlocking graphene’s antimicrobial potential

Learn about the recent important discovery that could help to produce safer and more effective antimicrobial products using graphene.

LightCoce ecosystem: Gain access to services driven by your special business needs

Learn about the LightCoce ecosystem which assists in the development of new concepts in the concreate and ceramics industries.

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