A Jupyter notebook on the quantum cryptography application of blind quantum computation using graph states
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Graph states are a special kind of quantum state prepared by a quantum circuit that is based on a graph, with nodes connected by vertices, as seen below:
Here is an example of a graph state quantum circuit:
Using graph states, a protocol for transmitting quantum computations via the cloud to a potentially unsafe server for computation on remote quantum hardware can be developed using blind quantum computing. Check out the notebook for details.
Graph State Quantum Cryptography Interactive Jupyter Notebook
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This is course material for a course on linear algebra and mathematical prerequisites for quantum computing. It contains Jupyter notebooks that can be downloaded as part of the course or opened in Binder as an online interactive notebook.