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Quantum optics homework help by experienced tutors

Is your schedule too tight to allow you some time to do your quantum optics homework to completion? Do not worry, for we have got some good news for you? We provide top-notch quantum optics assignment help to students from all corners of the world at a pocket-friendly price and on a 24/7 basis. For the many years we have been operational, we have always guaranteed students the best grades by providing plagiarism-free and up-to-date content. Our success is attributed to our high-profile quantum optics homework help tutors that have been drawn from the best universities in the US, the UK, Canada, and Australia.

The exhaustive list of topics in Quantum Optics in which we provide Help with Homework Assignment and Help with Project is as follows:

  • Quantized states of radiation: Quantization of the radiation field, quantum harmonic oscillator, the zero-point energy. the connection between the positive and negative frequency parts of the electric field operator; states of the quantized radiation field - single mode number states, thermal states, phase states, the minimal uncertainty states; the coherent and squeezed coherent states.
  • Semi-classical and quantum descriptions of a radiation field: Various definitions of a coherent state: the minimal uncertainty states, the states with classical motion, the displacement operator eigenstates etc; the Glauber-Sudarshan P-function, the Q-function and other quasi-probability distribution functions and their use in the semi-classical description of a radiation field; Nonclassical aspects like squeeezing and antibunching and examples of nonclassical states and experimental status. Important experiments in Quantum Optics: Photon counting experiments, Intentsity-intensity correlation - Hanbury-Brown and Twiss experiment.
  • Classical and quantum theories of optical coherence: The concept of an analytic signal, elementary description of stochastic processes, correlation functions and coherence functions; Stationary and ergodic processes, Wiener-Khinchin relations etc. Young's double slit experiment to discuss the conditions on the classical coherence functions and quantum coherence functions for various orders of coherence; higher-order correlations functions etc.
  • Interaction between light and a two-level atom: The Jaynes-Cummings model interaction and the corresponding Hamiltonian - its solution and the expression for the population inversion; the experimental developments; the classical and quantum signatures -collapses and revivals.
  • Quantum theory of laser: Photon rate equations, threshold conditions, laser photon distribution, fluctuations in laser light and laser phase diffusion.
  • Special topics: Spontaneous emission, laser cooling, collective and cooperative effects in the light-atom(s) interaction, quantum beats, the role of quantum optics in the problem of quantum entanglement and quantum information.