Topics

Researchers use snap-together blocks with built-in electronics to make strong, interactive devices without waste.

Future high-res probes will enable wireless brain monitoring of 128 channels for 30 days for epilepsy, Parkinson's, other disorders, using precise therapeutic electrical stimulation

New method uses lasers to measure tiny delays in light, revealing how materials transform in billionths of a billionth of a second.

Scientists use superlubricity, a state with almost no friction, to make faster, more efficient memory for computers.

Imagine lenses that flash data on our corneas, keep an eye on our health, or flag diseases like glaucoma or diabetes

Researchers at KAIST have developed a memristor-based chip that learns in real-time for on-board AI applications. 

Researchers discover a stable three-dimensional substance that could enable graphene-like performance in large-scale green computing without fragility issues.

Researchers at Politecnico di Milano create a device that processes large data quickly while using less power, by doing calculations right inside the memory.

The Biological Interface System to Cortex uses a paper-thin silicon chip to provide a minimally invasive and high-bandwidth link between the human brain and external computers.

The AI industry's massive demand for memory chips is causing shortages and price spikes for consumer electronics, creating a new "macroeconomic risk" to global supply chains.