What if there were shortcuts in space-time? Could wormholes be the key to intergalactic travel? In this video, we dive deep into the science behind wormholes, exploring their mathematical roots and ...

A new paper on a quantum computer simulating a wormhole was picked up by major new outlets, who seemingly jumped to some conclusions in their headlines.

Churning nano-wormholes could explain the clash in our cosmological constants. The wormholes add magnitude to a math parameter called the Gauss-Bonnet term. Boosting one term in a complex equation ...

In science fiction, space explorers routinely zip through wormholes in space-time that are connected by two black holes — celestial objects so dense that not even light can escape their clutches.

Scientists say microscopic wormholes could explain discrepancies in cosmological constants and affect our understanding of quantum mechanics and dark energy.

Wormholes, as these theoretical pathways are called, are a quintessentially gravitational phenomenon. There were theoretical reasons to believe that the qubit had traveled through a quantum system ...

If you look at the math that describes what happened on the quantum computer chip, it’s exactly the same as the math that describes a wormhole, also called an Einstein-Rosen bridge (a term ...

Simulating a wormhole has long been a goal in quantum physics. But current quantum computers don't have enough qubits to teleport particles.

Dr. Lykken calculated that their wormhole was maybe only three Planck lengths long. “It’s the smallest, crummiest wormhole you can imagine making,” he said.