Suppression of Magnetic State Decoherence Using Ultrafast Optical Pulses
C. Search, P. R. Berman
Abstract
It is shown that the magnetic state decoherence produced by collisions in a thermal vapor can be suppressed by the application of a train of ultrafast optical pulses.
Create a lesson
Related papers
Projected sensitivity of a spinor Bose-Einstein condensate comagnetometer to proton monopole-dipole interactions
Wenjing Zhou, Diego Blas, Morgan W. Mitchell
A QED Functional Formulation of Relativistic Many-Body Perturbation Theory in Atoms
Cedric de Jonge, Zoltán Harman
Fast, parallel, three-dimensional rearrangement of atom arrays using superpositions of elementary holograms
D. J. Hoare, P. Dunniece, J. Rodewald et al.
A Rydberg atom array coupled to a high-cooperativity optical cavity
Tai Xiang, Yue-Hui Lu, Tsai-Chen Lee et al.
Fine-structure Raman interferometry with metastable barium for magnetically resilient inertial sensing
Masaki Nagamori, Hiromi Hatano, Toshiyuki Hosoya et al.
Wigner time delay in the 4d giant-resonance region of iodoalkanes
Anatoli S. Kheifets, Daniele Toffoli, Piero Decleva