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Scientists achieve a breakthrough by combining electronics, light manipulation, and quantum effects on a single semiconductor chip to produce stable quantum light for advanced technologies.

Scientists at Oregon State University have built a single device that detects light, stores information, and adjusts memory strength electronically, offering a path to faster and lower-power artificial intelligence systems.

A new hair-thin chip uses light to transfer massive data quickly, saving energy for artificial intelligence systems.

New optical technology uses twisted light and specialized materials to stabilize qubits without extreme cold, potentially paving the way for affordable and widespread quantum computing networks in the future.

New research introduces quantum geodesics, offering a way to test theories uniting quantum physics and general relativity through observable deviations in space-time trajectories.

Researchers used high-performance computing (HPC) to perform quantum tomography on a very large scale never mapped before.

Researchers discover the maximum precision possible in optical imaging and use AI to nearly reach this limit for better medical imaging.

Study reveals that pretraining artificial intelligence on standard universe models speeds up analysis yet can cause misinterpretation when novel effects resemble familiar ones.

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

This new superconducting qubit lasts three times longer than top lab versions, pushing quantum computers toward practical use by boosting error correction and system scalability.