This is a collection of quantum computing algorithms implemented in Python. They are you can implement in quantum assembly language or in quantum programming languages like Qiskit, Cirq, Q#, QASM.
Here you can find a list of implemented algorithms:
This is a simple quantum circuit that creates a superposition of 2 qubits and measures them.
This is example of condition or in quantum computing.
This is example of condition xor in quantum computing.
This is example of condition and in quantum computing.
This is a simple quantum circuit that creates a quantum teleportation of a qubit (our example is 1 and 3).
This is a quantum algorithm that uses Grover's algorithm to search for a target state in a quantum database. The algorithm is implemented in Qiskit and uses the IBM Quantum Experience to run the quantum circuits.
In this case we have condition ((y ^ x) && (i || j)) and we wanna get all conditions with result true (you can get also count of results). We can use something like grover algorithm.
In this case we have condition ((y ^ x) && (i && j)) and we wanna get all conditions with result true (you can get also count of results). We can use something like grover algorithm.
- Qiskit Documentation
- IBM Quantum Experience
- Qiskit Machine Learning
- Qiskit Textbook
- Mathplotlib
- Cirq
- Q#
- QASM
- Quantum Computing
- Hlib Arseniuk