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Scientists create adaptable tiny devices using ruthenium molecules that can switch functions for better AI hardware, blending chemistry with brain-inspired technology for efficient information processing.

A cryogenic neuromorphic platform using silicon carbide transistors mimics neuron spikes at millikelvin temperatures and supports scalable quantum control plus deep-space use.

Researchers shrink antennas 10,000 times using laser-trapped nanoparticles for underwater, underground, and space communications.

Engineers have found ways to layer high-quality semiconductor layers directly on top of each other to build 3D chips.

Scientists build stable, low-power memristors to help artificial neural networks learn new things without forgetting old ones.

Researchers print flexible electronic circuits that fit onto irregular shapes, which is important for smart robotics and sensors.

Research in magnetic material could lead to spintronic devices for faster and more energy-efficient electronics.

Altermagnetic materials could revolutionize electronics and make computer memory devices much faster, up to a thousand times quicker.

ETH Zurich scientists create 100nm nano-OLEDs 50x smaller than standard, enabling light-wave manipulation for ultra-sharp AR displays, advanced microscopy, and revolutionary optical computing chips.

Researchers create flexible 3D microelectrode arrays, improving brain stimulation and opening doors to better neural devices.