Dark matter is more than five times as abundant as all the visible matter in the universe. So why can't we see any of it?

By observing tiny ripples in spacetime called "gravitational waves" that propagate away from colliding black holes, ...

Emmy Noether showed that fundamental physical laws are just a consequence of simple symmetries. A century later, her insights ...

A new study published in Scientific Reports simulates particle creation in an expanding universe using IBM quantum computers, ...

Nestled in the redwood forests of Santa Cruz, California, there’s a place where the laws of physics seem to take a vacation. Welcome to the Santa Cruz Mystery Spot, where water flows uphill, people ...

The Santa Cruz Mystery Spot is more than just a quirky roadside stop. It’s a celebration of the unexplained, a tribute to the power of illusion, and a reminder that sometimes, the most enjoyable ...

Discover how game physics shape immersive experiences, from realistic destruction to dynamic movement. Explore the evolution, ...

Black holes have long been considered cosmic enigmas, hiding their deepest secrets beyond the event horizon. But a new breakthrough using quantum computing and machine learning may have just revealed ...

A Harvard University fellowship recipient works to create quantum phases of matter.

Scientists push the limits of quantum mechanics, discovering light particles that exist in 37 different dimensions.

The Tetrahedron Constellation Gravitational Wave Observatory would consist of four satellites positioned in space ...

A collaboration between Nordita, the Nordic Institute for Theoretical Physics, hosted by Stockholm University, KTH and Google Quantum AI explores how gravitational fields influence quantum computing ...