PHOTON STATISTICS IN THE MULTIQUANTUM INTERACTION OF A GENERALIZED 2-LEVEL SYSTEM WITH A STRONGLY SQUEEZED MAGNETIC-FIELD

Interaction of squeezed light and a two-level system with a degenerate excited level is considered. The dependence of the relative fluctuati ons of magnetic field density, eta, as a function of the squeezing par ameters and the process photon number, n, was found. The value of eta is shown to be weakly dependent on the method of squeezing for lour-in tensity fields and small n; for increasing n, and field intensity, the value of eta is much larger tinder phase than amplitude squeezing.