QNC: Quantum Netlist Compiler
A place to stash my quantum computing experiments
This was an attempt to push the limits of the IBM cloud quantum computing simulator.
Remote and local execution of QASM2 programs.
This is a full adder written in OpenQASM.
Quantum Phase Estimation is a key component of Shor's Factoring Algorithm.
Quantum paradox demonstrations with OpenQASM 2.0 circuits for IBM Quantum hardware — Schrödinger's Cat, Wigner's Friend, Hardy, GHZ, Bell/CHSH, Quantum Eraser, and more
QASM256: A groundbreaking quantum-classical hybrid programming language designed for AI, secure systems, and real-time optimization, pushing the boundaries of innovation across industries.
The inverse of the Quantum Fourier Transform (QFT) is an integral part of the encryption-breaking Shor's Factoring Algorithm.
This is my attempt to use the quantum phase estimation component of Shor's Factoring Algorithm to factor the number 21.
Quantum Teleportation + Quantum Fourier Transform = Quantum Fourier Teleportation
Simon's Algorithm is usually presented with a secret structure of s=11; so I took the s=110 implementation and translated it into OpenQASM.
I heard that the most difficult quantum calculation ever performed (I don't know the year this statement was made) was 3x5, so I decided to try it.
I applied Shor's Error Correction Algorithm to Quantum Teleportation.
A web-based platform that enables users to write,import,and analyze quantum circuits in multiple formats (Qiskit, OpenQASM: V2, V3). The platform acts as an intelligent tutor by visualizing circuits,simulating their behavior,providing mathematical and theoretical explanations,identifying similarities with known quantum algorithms.
Teleportation does not work the way the science fiction genre depicts it, but quantum teleportation is real and it works.
Using QASM to define quantum entanglement gates.
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