Computational physics simulation of classical and quantum systems

  • Mathematical physics books

    And since it does not contradict the results of any theory it does not have an antonym.
    Note:Classical physics is a good approximation of quantum physics for the set of phenomena that we observe.
    It is just that we are not used to the ideas of quantum physics..

  • What is computational physics and numerical methods?

    Computational physics is the subject that deals with these numerical approximations: the approximation of the solution is written as a finite (and typically large) number of simple mathematical operations (algorithm), and a computer is used to perform these operations and compute an approximated solution and respective .

  • What is the difference between classical and quantum physics?

    In classical physics, the outcomes of measurements can be predicted perfectly, assuming full knowledge of the system beforehand.
    In quantum mechanics, even if you have full knowledge of a system, the outcomes of certain measurements will be impossible to predict..

  • What is the difference between classical physics and quantum physics?

    In classical physics, the outcomes of measurements can be predicted perfectly, assuming full knowledge of the system beforehand.
    In quantum mechanics, even if you have full knowledge of a system, the outcomes of certain measurements will be impossible to predict..

Computational simulation method for open quantum systems

The quantum jump method, also known as the Monte Carlo wave function (MCWF) is a technique in computational physics used for simulating open quantum systems and quantum dissipation.
The quantum jump method was developed by Dalibard, Castin and Mølmer at a similar time to the similar method known as Quantum Trajectory Theory developed by Carmichael.
Other contemporaneous works on wave-function-based Monte Carlo approaches to open quantum systems include those of Dum, Zoller and Ritsch and Hegerfeldt and Wilser.

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