Some Quantum Computing Codes, written in Python 3 using the IBM module Qiskit Most of the experiments are performed on a simulator, which simulates the quantum conditions and gives the accurate result. However, some experiments have also been performed on a real Quantum Computer based in IBM. Personally, I don't prefer using it, however awesome it is because the results from a real Quantum Computer has errors and I'm just beginning to learn Error Mitigation
Some codes here demonstrate the strange properties of Quantum Mechanics and the potential of Quantum Computing. A very Good Example is the code I wrote for Quantum Teleportation, which Teleports the information of one qubit to another. This is important because in QM, we cannot just Copy information because of the No Cloning Theorem.
My favorite Code, however is the one titled "Combinations1". It takes some lists(sequences of data) and a Quantum Circuit chooses a combination between them, totally randomly. This is amazing to me because in normal computation, we would mostly use an in-built function like rand(), which is only a very good approximation of randomness, however, QM is inherently Random and probabilistic, therefore this Combination is truly Random.