Quantum Computing
Experiments and examples on quantum computers and simulators
Studies, experiments and examples about programs written for quantum computers and correspondent simulators. Algorithms that uses combinations of quantum gates, qubit superposition, entanglement, measure collapse. Analysis of results got from the execution of programs on true quantum computers. Code strictly original written in most common languages for the quantum programming like QASM, Q# and Python con Qiskit, working and freely available on GitHub.
All posts about quantum computing
NOT and C-NOT quantum gates
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This post deals with the topic of quantum gates NOT (X-Pauli) and C-NOT (Controlled NOT) and the underlying quantum phenomena involved; also illustrates the use of these gates by a high level language and finally it shows the respective behaviours both in the case of pure states only and in the presence of superposition states.
Random Numbers Generation
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This post shows how to exploit the unpredictability of the measure of a qubit in an superposition state to generate a random number.
Cascade Hadamard Gates
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Quantum world has its own rules that are different from those of the macroscopic world and the best way to understand them is model them mathematically with the adjoint operators in Hilbert spaces.