Cedarville University students developed an AI algorithm to track orbital debris and improve space safety.

A rendering from the research team's orbital simulation illustrates how synthetic light curves generated from 3D models help predict the spin and orientation of rocket bodies in low earth orbit.

A decade-old experiment showed OpenAI how far an AI will go to achieve the goals it’s given.  This story originally appeared ...

A botnet called Dysphoria has compromised around 200,000 devices across the world and is using them for distributed denial of ...

D-Wave quantum supremacy challenged: Flatiron Institute physicists showed that a classical algorithm using 3D tensor networks ...

The company outlined new details on its in-house quantum software initiative as it continues its strategic shift toward ...

Steam Train Fest 2026 is live on PC through July 27, with discounts of up to 63% on 14+ rail-themed games including Train Sim ...

Illinois’ commitments to quantum are proof that we are done letting the value created here be captured somewhere else.

Quantum HPC co-location isn't necessary for most hybrid algorithms, a cross-lab study by AWS, NVIDIA, Lawrence Berkeley ...

These competitors are moving full steam ahead, but buying their stocks is an incredibly risky proposition.

Nvidia is creating a kind of continuous feedback loop, where its current generation Vera CPUs speed up the development of ...

Webull is expanding paperTrade into crypto, futures, bonds and event contracts and opening it to developers via OpenAPI as an ...