Quantum metrology with cold atomic ensembles
Quantum metrology with cold atomic ensembles is a scholarly work by Morgan W. Mitchell, published in 2013 in ''EPJ Web of Conferences''. The main subjects of the publication include Faraday effect, slow light, atom optics, quantum network, quantum, ultracold atom, metrology, quantum entanglement, uncertainty principle, spin exchange relaxation-free magnetometer, quantum metrology, magnetometer, Quantum noise, quantum limit, quantum technology, noise, quantum sensor, physics, quantum imaging, open quantum system, and photon. By near-resonant Faraday rotation probing, authors demonstrate measurement-based spin squeezing in a magnetically-sensitive atomic ensemble 2-4.