Physicists from the University of Leipzig have linked Einstein's gravitational equations to quantum information theory, proposing that spacetime geometry arises from quantum state changes.
The holographic principle proposes that gravity and quantum mechanics are linked, allowing the contents of a spatial volume to be fully described by its surface boundary.
Researchers have successfully measured the properties of superfluid helium by suspending droplets in a vacuum, overcoming the challenge of its inability to be contained.
The black hole information paradox questions whether quantum information is destroyed when matter falls into a black hole or if it is preserved through Hawking radiation.
Physicist David Albert discusses the measurement problem in quantum mechanics and critiques the many-worlds interpretation in a recent interview.
