Topics

Organoid intelligence could help prevent and treat neurological conditions

Using the world's fastest supercomputer, scientists simulate chaotic fluid flows at an unprecedented scale to enhance weather forecasts and engineering designs.

Memristors can run AI tasks at 1/800th power: studies reported in  IEEE Spectrum

Scientists find that small bends in flat materials can keep electron spins stable, leading to smaller and more efficient devices for future computing.

Eric Drexler announces a new open-source tool that lets users design and simulate advanced nanotechnology, helping to understand future possibilities before AI makes building them feasible.

A new low-energy system mimics human brain processes to help robots navigate efficiently, using minimal power for real-world applications.

A 100-fold improvement in energy efficiency and 25-fold improvement in compute density 

Researchers develop a room-temperature device using oscillators and quantum materials to efficiently tackle complex real-world challenges in scheduling and routing.

Cornell scientists create a low-power microchip that processes ultrafast data and wireless signals using microwave physics, offering efficient computing for various tasks.

A new optical neural engine uses light to solve partial differential equations faster, transforming scientific and engineering computations with efficiency.