Summary
Implementation of logic type quantum gates on a qubit system and to construct signal representation of a two-dimensional Integrodifferential equation f(t), and into a frequency domain f(w).
By using an altered Quantum Fourier Transform (QFT) and Laplace Transform, it is attempted to convert one superposition state into another superposition state (interference), and to produce a signal from an integrodifferential equation (partial derivatives).
The outcome is to simulate a duality of a wave function/linear momentum system by measurements/interference on a photonics/superconducting/topological quantum processor. It's intent is to algebraic expresses the construction or deconstruction interference based on amplitude, phase and gradient descent.
Development Kit (and testing):
Q# Quantum Development Kit (QDK) - (including potential future braiding in a topological quantum computer).
Request for a Project Idea
Summary Implementation of logic type quantum gates on a qubit system and to construct signal representation of a two-dimensional Integrodifferential equation f(t), and into a frequency domain f(w).
By using an altered Quantum Fourier Transform (QFT) and Laplace Transform, it is attempted to convert one superposition state into another superposition state (interference), and to produce a signal from an integrodifferential equation (partial derivatives).
The outcome is to simulate a duality of a wave function/linear momentum system by measurements/interference on a photonics/superconducting/topological quantum processor. It's intent is to algebraic expresses the construction or deconstruction interference based on amplitude, phase and gradient descent.
Development Kit (and testing):