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Copy file name to clipboardexpand all lines: README.md
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## Project Description
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Classical neural networks encode higher dimensional vectors(inputs) to lower dimensional vectors(outputs), but the reverse is not possible. Recent research has shown that scrambling of information form a small subsystem to a larger one is feasible. In our QOSF project, we analyse the effect of entanglement as a variational circuit trains and also study the role of various entropies to characterize entanglement.
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Classical neural networks encode higher dimensional vectors(inputs) to lower dimensional vectors(outputs), but the reverse is not possible. Recent research has shown us that scrambling of information from a small subsystem to a larger one is feasible. In our QOSF project, we analyse the effect of entanglement as a variational circuit trains and also study the role of various entropies to characterize entanglement.
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