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Define the concept of quantum simulators and quantum networks. We introduce an alternative theoretical definition of quantum simulators. We describe how to transform quantum simulators such as Random Quantum [@sivashin2015random] and Random Multiplying Group [@Moorley2013theory; @thesis2014introduction], into an equivalent definition for quantum networks. By using local Markov processes, the construction of the quantum simulators and quantum networks becomes easier and more familiar. ### Quantum networks {#subsec:QNetwork} Let us consider a quantum simulator in terms of a state space ${\left\{W_{v},v\right\}}$ in a setting with parameter $k{\leq}1$ and a time variable $w$ that is not globally distinct from the system. Consider an important task of $k{\geq}1$ and formulate the questions related to quantum simulator theory and quantum network interpretation. This non-local representation can be seen as a generalization of Feynman rules [@weitzleifen2014mathematical].…

How to analyze quantum algorithms and quantum computing in optics. In order to evaluate effects of interferometry between experimental systems where interferometry relies on the nature of the operation of light beams, it is necessary to understand in more detail experimentally how it does occur and how the optical performance affects the result obtained. The standard method to do this is based on the use of a type of micro-electromechmal imaging device, commonly named micro-electromechanical conjugate transducers. This type of device exists to record multiple pulses such that the time between the pulses is equal to the interval in which a series of moving modes are reflected by the subject camera and transmitted to the subject. Typically, a micro-electromechanical imaging device is used to record frames and to locate the…