Carbon news, February 2023

Cellulose ink makes printing 3D wearable electronics easy

conductive cellulose-based ink for printing 3D stretchable wearable electronics is cheaper and less energy intensive to produce

Using a metal-organic framework, researchers have created an engineered wood that gets stronger as it absorbs carbon dioxide.

Researchers have discovered that quantum geometry is primarily responsible for the superconductivity of magic-angle graphene.

Extremely short pulses from a high-powered laser can cause tiny defects in lithium-ion battery materials that actually enhance their performance.

Researchers have found a way to switch the superconductivity in magic-angle graphene on and off with short electric pulses.

Novel carbon-nanotube yarns can convert mechanical movement into electricity more effectively than other material-based energy harvesters.

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