Jeff Kimble

! scientist · # tag · @ author

1949– · Quantum optics, Quantum networks, Quantum information

American experimental physicist, one of the leaders in quantum optics and quantum networks. Pioneer of cavity quantum electrodynamics (cavity QED), where atoms and photons interact under controlled conditions. His experiments on entangling distant atoms and creating quantum interfaces laid the foundations for the future quantum internet.

Biography

He graduated from the University of Rochester and received his PhD from the University of Michigan. He worked at the University of Texas and then at the California Institute of Technology (Caltech), where he headed the quantum optics laboratory. Member of the U.S. National Academy of Sciences. Winner of the Max Born Award and other honors.

Key discoveries

Cavity QED: realized the strong coupling regime between an atom and a photon in a cavity, enabling the exchange of quantum information (1990s).
Quantum networks: first demonstrated entanglement of two distant atoms via optical fiber (2007).
Squeezed light: developed sources of non-classical light with reduced noise for precision measurements.

💡 Kimble's laboratory resembles a labyrinth of mirrors and lasers, where photons 'catch' atoms. His work is inspired by the idea of teleportation and quantum teleportation, first realized by his colleagues.

Quote: ""Light is not just a wave or a particle; it is a quantum entity that we are learning to tame bit by bit.""

Links in the knowledge graph 1

Related laws

Hong–Ou–Mandel effect

Related scientists

Alain Aspect Erwin Schrödinger David Deutsch John Stewart Bell Niels Bohr Serge Haroche David Bohm Charles Bennett

Light Makes Two Magnetic Strings Sing in Unison

Inside a mirror trap, light binds two magnetic nanoscale strings into a single quantum object. The pressure of light synchronizes their vibrations, creating entanglement that doesn't break even at a surprisingly high temperature — a few thousandths of a degree above absolute zero. This is an order o

arXiv:2508.03450 · 2025-08-05

Light Trap: Holding the Elusive

A tiny crystal doped with europium acts like a mailbox for light: it captures pulses and stores them with almost no loss. Efficiency reached 80% for laser flashes and 70% for single photons. The device holds up to 20 light patterns at once, bringing quantum internet closer.

arXiv:2511.05928 · 2025-11-08

Jeff Kimble

Biography

Key discoveries

Related articles

Light Makes Two Magnetic Strings Sing in Unison

Light Trap: Holding the Elusive