Quantum Computing Mini-Projects:

1. Solving Sudoku with Grover's Search Algorithm (https://github.com/rtbuechele17osu/QuantumSudoku)
I demonstrate how one can efficiently find solutions to an input sudoku problem by mapping the unknown values onto a quantum state and using Grover's Search to identify valid states which satisfy the constraints of the puzzle.

2. Arbitrary Quantum State Preparation (https://github.com/rtbuechele17osu/QuantumStatePrep)
I illustrate a simple algorithm to initialize a set of qubits into any input quantum state with arbitrary complex amplitudes.

3. Error Correction with Kitaev's Toric Code (https://github.com/rtbuechele17osu/KitaevTC)
I demonstrate how to initialize a set of qubits into a logical state of Kitaev's Toric Code, apply random Pauli errors to the system, then decode the errors to recover the correct logical state; I also show how the success probability of my error correction algorithm depends on the error rate.