The Shor Algorithm

The Qinterpreter installation includes several notable algorithms, such as the four Bell states, Grover's algorithm for 2-qubit and 4-qubit systems, the HHL algorithm for solving linear equations, and Shor's algorithm for factoring the numbers 15, 21, and 35. As an example of our interpreter's application, we present results from applying Shor's algorithm to factorize the number 15 across the five distinct quantum computing environments mentioned in the Qinterpreter subsection

QISKIT INTERPRETER

Results of using Shor's algorithm with the Qiskit interpreter to factorize the number 15.

PENNYLANE INTERPRETER

Results of using Shor's algorithm with the PennyLane interpreter to factorize the number 15.

CIRQ INTERPRETER

Results of using Shor's algorithm with the Cirq interpreter to factorize the number 15.

AMAZON BRAKET INTERPRETER

Results of using Shor's algorithm with the Amazon interpreter to factorize the number 15.

PYQUIL INTERPRETER

Results of using Shor's algorithm with the Pyquil interpreter to factorize the number 15.

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Qubithub.org is a Latin American initiative with partners in the US focused on advancing quantum computing and its related interdisciplinary fields, such as quantum optics, quantum information, photonics, artificial intelligence, nanosciences, and robotics.

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