Gravitationally induced entanglement does not confirm the quantum nature of gravity

Gravitational entanglement: realistic wave packets narrow the window for quantum tests

Quantum spins shift a centimetre-scale object for the first time

Chinese physicists entangled 13 photonic qubits without destroying a single one

A new heavy-fermion state has emerged at the atomic interface of YbCu₂ and copper

Quantum Thermodynamics Has Reached the Brain

Quantum Correlations in Attosecond Pulses: From Fluctuations to Silence

When two particles are "entangled," it may be wrong to think of them as two separate things

Gravitational entanglement goes beyond free fall

Quantum geometry turns elusive interactions into noticeable responses of two-dimensional materials

Post-quantum gravity: space-time "glitches" promise to unify physics without quantizing gravity

A Computer in a Drop of Water: Scientists Made DNA Compute

The universe looks at itself through your eyes

Dilatonic gravity enhances coherence but destroys entanglement

At the LHC, quantum entanglement of two Z bosons has been measured for the first time

Coincidence or the law of attraction? Love stories that are hard to explain

A new method for certifying entanglement: noncontextuality inequalities verify any states without measurement calibration

A Quantum Game with Provable Classical Limits: A Test on 55 Quantinuum Qubits

It's not your phone that's to blame for your poor sleep, but the entire city: humanity has been blanketed in "blue" light, which is why you can't fall asleep.

International team with Roger Penrose measures quantum phase of free-falling atoms for the first time

"Are you falling?" — "Yes and no": physicists put Einstein to a quantum test

Scientists have for the first time violated Bell's inequality using momentum states of massive particles

Physicists directly measured Feynman's path integral for the first time

Light and Sound in the DNA Theme

Do Branches of Reality Intersect?