Materials ScienceNews - Page 11

Identification of O2 formation: enabling O-redox technology in Li-ion batteries

Energy
Dr Robert House from the University of Oxford discusses how the identification of O2 formation and its role in voltage hysteresis will inform and direct future material design efforts towards enabling O-redox technology in the next generation of Li-ion batteries

New non-graphite anode material for sodium-ion batteries

Research & Discovery
Researchers at Korea Maritime and Ocean University set out to find a suitable non-graphite anode material for sodium-ion batteries.

New biodegradable electronic displays to minimise waste medical electronics

Research & Discovery
Scientists have produced the first biodegradable electronic displays to help the electronics industry adopt a sustainable lifecycle.

Connecting the physics of semimetals to the theory of black holes

Research & Discovery
A joint research collaboration has launched a three-year research project connecting the physics of semimetals to the theory of black holes.

Scientists successfully control the degradation of a new theromoplastic biomaterial

Research & Discovery
A collaboration between the University of Birmingham and Duke University has resulted in the fine tuning of a new theromoplastic biomaterial.

New graphene filter can remove nanoscale contaminants from liquids

Research & Discovery
Researchers have developed a new graphene filter to remove nanoscale contaminants from liquids, such as nanomaterials and microplastics.

New material for supercapacitors developed using reduced graphene oxide

Research & Discovery
A team of scientists have synthetised a new, innovative material for supercapacitors based on reduced graphene oxide.

New novel hybrid emitter could revolutionise the design of OLEDs

Research & Discovery
An international team of researchers report the development of a novel hybrid emitter that could revolutionise the design of OLEDs.

New shapeshifting collagen-based nanomaterial can shift from flat sheets to tubes

Research & Discovery
Chemists have developed a shapeshifting collagen-based nanomaterial that can shift from flat sheets to tubes and back to sheets again.

What happens when supersolid materials are destabilised?

Quantum
Physicists from Innsbruck and Geneva have investigated what happens when supersolid materials are brought out of balance.

Innovation in the construction industry

Environment
The Construction Scotland Innovation Centre is driving transformational change across the construction industry

New 3D-printed smart gel changes shape when exposed to light

Research & Discovery
Engineers at Rutgers University, USA, have created a 3D-printed smart gel that changes shape when exposed to light.

Novel energy storage device made from a sustainable graphene hybrid material could replace batteries

Research & Discovery
A team of researchers has developed a highly efficient novel energy storage device made from a graphene hybrid material.

Scientists use an X-ray laser to observe the formation of polarons

Research & Discovery
Scientists at the Department of Energy have used an X-ray laser to observe and directly measure the formation of polarons.

The tensile elastic straining of diamonds could result in the next-generation microelectronics

Research & Discovery
Scientists demonstrate the tensile elastic straining of diamonds to be used in microelectronics, photonics, and quantum information technologies.

European Materials Research Society: perfect materials as the base for technical innovation

Research & Discovery
Peter J Wellmann discusses ‘perfect crystals’ and reveals the European Materials Research Society’s focus areas.

New mathematical formulas can describe a physical phenomenon that occurs within nanosized materials

Research & Discovery
Theoretical physicists have developed formulas that describe a phenomenon happening within quantum dots and other nanosized materials.

VTT has created new cleaning and manufacturing methods to promote the circular economy of hospital textiles

Environment
VTT’s new project has created cleaning and manufacturing methods for hospital textiles in order to further the circular economy.

Scientists use machine learning to identify new superhard materials

Research & Discovery
Researchers have reported a machine learning model that can accurately predict the hardness of new materials.

Could further research into collagen and fibrinogen lead to more efficient bioprinting and tissue engineering

Research & Discovery
A team of researchers suggests that research into collagen and fibrinogen, could lead to more efficient bioprinting and tissue engineering.
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