Materials

A new switch discovered for superconductivity

The scientists discover a new superconductivity switch.

Glass 3D printing without sintering by using nanomaterials

KIT developed process achieves high resolution in low temperatures for optics and semiconductors.

MIT engineers develop a Jell-O-like electrode

A new material could replace metals as electrical interfaces for pacemakers, implants, and other electronic implants.

Researchers resolve a longstanding debate using trapped waves

Researchers uncover mystery of optical wave trapped in three-dimensional micro or nanoparticles.

The ‘breath’ between atoms is a key building block for quantum technology

Vibration between two layers of atoms can be used to engineer quantum technologies.

UVA-led discovery challenges 30-year-old dogma in associative polymers research

Associative polymers have unique self-healing and flow properties.

The energy efficiency of computers could reduce data center electricity consumption

Researchers developed a technology to reduce energy consumption of photonic chips.

Sensors that operate in extreme temperatures and environments

Sensitive, Reliable and Durable Sensors Created for Multiple Industries.

Revolutionary soft e-skin transmits brain-compatible signals

A material with nerve-like electronics can sense pressure, temperature, and strain.

Solar cell material has the potential to revolutionize medical imaging

X-rays can cause harm and cancer due to poor detector materials.

New material could enable more efficient magnet-based computer memory

Metallic compounds reduce computing's carbon footprint, speed processing, & enable AI training.

Magnetic energy strings are shown to flex, wiggle and reconnect

Electrons travel through certain cutting-edge semiconductors.

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