Single and Entangled Photon Sources
... Furthermore, the EPR paradox rests on the fact that quantum mechanics can assign a single vector state to two quantum systems. This can be illustrated by the following four functions: ...
... Furthermore, the EPR paradox rests on the fact that quantum mechanics can assign a single vector state to two quantum systems. This can be illustrated by the following four functions: ...
Single photon nonlinear optics in photonic crystals
... exciton, probably by random charging. When these are taken into account in our fit by convolving it with a Gaussian filter (FWHM=0.005 nm), the theoretical model matches the data (black fits). Another reason why the dip does not reach closer to zero, as predicted by theory, is that the dot randomly jum ...
... exciton, probably by random charging. When these are taken into account in our fit by convolving it with a Gaussian filter (FWHM=0.005 nm), the theoretical model matches the data (black fits). Another reason why the dip does not reach closer to zero, as predicted by theory, is that the dot randomly jum ...
Quantum Algorithms and the Genetic Code
... database by asking a set of questions. Each query is a yes/no question based on a property of the desired object (e.g. is this the object that I want or not?). In the search process, the same query is repeated using different input states until the desired object is found. Let Q be the number of que ...
... database by asking a set of questions. Each query is a yes/no question based on a property of the desired object (e.g. is this the object that I want or not?). In the search process, the same query is repeated using different input states until the desired object is found. Let Q be the number of que ...
Electronic Structure of Strained GaSb/GaAs Quantum Dot
... quantum dots. There are three empirical models, the k.p approximation [9], the pseudopotential model [10] and the tight-binding model [11], [12]. The k.p approximation treats a quantum dot as a confined bulk and continuum system, while the pseudopotential and tight-binding models treat the system wi ...
... quantum dots. There are three empirical models, the k.p approximation [9], the pseudopotential model [10] and the tight-binding model [11], [12]. The k.p approximation treats a quantum dot as a confined bulk and continuum system, while the pseudopotential and tight-binding models treat the system wi ...
