An open systems approach to quantum optics: lectures by Howard Carmichael

By Howard Carmichael

This quantity includes ten lectures awarded within the sequence ULB Lectures in Nonlinear Optics on the Universite Libre de Bruxelles throughout the interval October 28 to November four, 1991. a wide a part of the 1st six lectures is taken from fabric ready for a ebook of a little better scope with the intention to be published,by Springer below the name Quantum Statistical tools in Quantum Optics. The primary reason behind the early ebook of the current quantity matters the cloth inside the final 4 lectures. right here i've got prepare, in a roughly systematic manner, a few rules concerning the use of stochastic wavefunctions within the concept of open quantum optical structures. those rules have been built with the aid of of my scholars, Murray Wolinsky and Liguang Tian, over a interval of roughly years. they're outfitted on a starting place laid down in a paper written with Surendra Singh, Reeta Vyas, and Perry Rice on waiting-time distributions and wavefunction cave in in resonance fluorescence [Phys. Rev. A, 39, 1200 (1989)]. The ULB lecture notes include my first severe atte~pt to offer a whole account of the guidelines and their power functions. i'm thankful to Professor Paul Mandel who, via his invitation to offer the lectures, encouraged me to prepare whatever helpful out of labor which may, in a different way, have waited significantly longer to be introduced jointly.

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Extra info for An open systems approach to quantum optics: lectures presented at the Universite libre de Bruxelles, October 28 to November 4, 1991

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These were indeed accessible to measurement, for instance, in the case of the field, through the resonance of a damped test-resonator. But the differential equation relating the resonator moment and the electric field did not imply a definite relation between these quadratic expressions, unless certain "cross-terms" were set to zero. " The analogy with molecular chaos was transparent enough. In both cases there were two levels of description: the detailed micro-level, which includes uncontrollable features of the model (dynamics of molecular collisions/electrodynamic interaction between resonator and radiation), and the "physical" level of description, which involves only physically meaningful quantities (Maxwell's collision formula/Planck's fundamental equation).

According to Hertz, the simplest possible form of the electromagnetic field at a large distance r from O (r >> d ) derives from a vector potential directed along the z -axis (here f ' denotes the derivative of the function f ) and from a scalar potential Indeed, Az is isotropic, and the fields satisfy Maxwell's equations in an empty portion of space, as results from[46] [45][46] ― 32 ― A physical meaning is given to this solution by considering the particular case of a monochromatic source, for which .

Therefore, where q denotes the angle between z and the electric moment of the resonator. The corresponding energy absorbed by the resonator in a time unit, ― 46 ― , is given by the right-hand side of the "fundamental equation" (76): The total energy radiated by the resonator in a time unit is given by the damping term r w0U in the fundamental equation. As results from the expression (41) of dipolar radiation, the radiation emitted in the direction z is completely polarized in the plane defined by this direction and the electric moment, and its intensity varies with the azimuthal angle q like sin2q Consequently, the energy radiated in the solid angle dW around z amounts to where the factor 3/8p gives the proper normalization, as results from For the intensity of this emitted radiation to be defined, the finite breadth (Breite ) of the source, that is, its efficient cross section times its spectral width, must be taken into account.

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