Topics

Schrödinger’s cat meets Einstein’s gravity—can gravity explain why the quantum world looks so different from our own? A new experiment tests whether spacetime itself forces superpositions to collapse.

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

Researchers increase speed and stability of quantum bits using a special material, paving the way for more efficient quantum computers that solve complex problems faster than traditional ones.

Researchers at Rice University uncover a powerful way to make vibrations in materials interfere strongly, opening doors to better sensors and quantum devices without needing complex setups.

New research confirms that deleting information in quantum systems releases heat, linking energy and information in fascinating ways.

New study shows particles can be measured together without contact, advancing quantum communication and computing technologies.

A new study connects gravity to quantum ideas, offering clues about dark matter and the universe’s expansion.

Researchers have shown that they can keep quantum entanglement between molecules for about one second, which is a long time.

Ben Goertzel explains how modern physics doesn't provide a crisp distinction between "information" and "physical matter" when describing scenarios for sending either one into the past.

Scientists have used quantum information theory to understand how quantum entanglement affects quarks and gluons.