Quantum Physics

Oxford Physicists Simulate ‘Light from Nothing’ in Quantum Vacuum

Oxford scientists have simulated an eerie quantum effect where light is born from vacuum — a crucial step toward confirming physics beyond the known.

Cracking the Code of Quantum Motion

Caltech physicists have harnessed the jiggling motion of atoms to achieve hyper-entanglement—opening new frontiers for quantum computing, clocks, and simulations.

Cracking Quantum Mysteries with Light and Crystal

A powerful new laser-based imaging technique is making the invisible visible—from quantum fluctuations to real-time breath diagnostics. Discover how EOS could change everything.

When Symmetry Breaks: A New Look Inside Matter

MSU physicist Dipangkar Dutta leads a precision experiment that reveals unexpected asymmetries in the behavior of quarks—reshaping our understanding of the strong force and the fabric of matter.

How Massless Particles May Have Transformed into Dark Matter

A Dartmouth theory suggests dark matter was born when light-speed particles suddenly condensed and became heavy—leaving a mark we might soon detect.

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