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Diamond and 2D Materials Create Powerful Electronics for Harsh Conditions

Argonne researchers have developed a method for combining diamond with a thin layer of molybdenum disulfide, enabling electronic devices to operate at room temperature and potentially improving performance in challenging environments.

27 Jan 2026

More Efficient Suppression of Thermal Runaway with Liquid Nitrogen

Research shows that adding fire compartments in lithium-ion batteries boosts liquid nitrogen cooling, effectively mitigating thermal runaway in energy storage.

27 Jan 2026

Thin Layer of Silver Could Save Li Batteries from Failure

The application of a nanoscale silver layer on solid electrolytes enhances lithium metal battery performance, reducing crack formation and improving durability.

19 Jan 2026

Liquid Metal Powers a Whole New Kind of Motor

UNSW researchers create the world’s first motor that spins using a droplet of liquid metal, opening new possibilities for soft robotics and flexible machines.

19 Jan 2026

Atomic Precision Lifts Light Emission in Ultrasmall Indium Phosphide Nanoclusters

KAIST researchers achieve 18.1% light-emission efficiency in indium phosphide magic-sized clusters through innovative atomic-level defect control techniques.

14 Jan 2026

Cobalt-Free and Manganese-Rich Batteries Offer Improved Energy at a Lower Cost

Research at Argonne reveals cobalt-free, manganese-rich batteries offer higher energy density and lower costs, transforming battery technology for automakers.

13 Jan 2026

Zurich Instruments Gives Researchers the Freedom to Innovate with New Multipurpose Instrument

Zurich Instruments, a leader in research instrumentation and quantum computing control systems, has launched the VHFLI Very High Frequency Lock-in Amplifier, an instrument designed to make advanced signal analysis accessible for every research lab, accelerating scientific discovery across a range of fields.

From Zurich Instruments 12 Jan 2026

Divalent Anions Improve Lithium-Ion Transport in Solid-State Batteries

Innovative structural designs in all-solid-state batteries by KAIST researchers boost performance and safety while reducing costs with cheap raw materials.

9 Jan 2026

Silicon Successfully Used in Quantum Computing

The 11-qubit silicon processor marks a significant advancement in quantum computing, combining high fidelity with scalable connectivity for future applications.

9 Jan 2026

Ultrathin Polymer Layer Solves Lithium Battery Instability

An ultrathin polymer layer on electrode surfaces improves the stability of an anode-free lithium metal battery, addressing key challenges in its commercialization.

5 Jan 2026

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