From Qiskit Metal to pattern generation to real nanofabrication demo. Here, quantum devices on a chip are patterned via direct-write electron-beam lithography in a nanofabrication facility. Written & patterned by Onri Jay Benally, an Indigenous American quantum hardware engineer.

⚛️ 👨‍🏫 📚 A two-week intensive Summer School on Quantum Computing from IBM Quantum, using mostly the features of the IBM's Qiskit library. In this Summer School, were lectured topics on basics of Quantum Information, Quantum Entanglement, Quantum Algorithms, Quantum Error Mitigation, among many others.

🪬 I Do Design AI and Code - with vibe, frequency and joy

These are the notes I created while I was studying for the Qiskit Associate Developer exam. I hope these will be helpful for others.

⚛️ 🚀 👽 A self-paced, game-based Quantum Computing learning program for students, researchers and enthusiasts. This program offers a general understanding of Quantum Computing, as well as some of its applications, such as Quantum Machine Learning and Quantum Optimization, and how to program real quantum computers.

⚛️ Quantum 4 All - Research and Exploration in the Field of Quantum Computing

Python script files I used for the course

the Qobj compilation target, includes IBM Q frontend and backend

A short tutorial demonstrating the strangeness and advantage of playing quantum games using the CHSH game as an example.

My solution to the IBM Quantum Challenge Fall 2020.

This repo contains study material, references and question samples for IBM's Assocaite Quantum Developer Certification.

Implementing strategy for quantum computer to play Nim game against human/classical computer.

Solution of IBM Quantum Challenge 2024

Taking notes while learning about Quantum Computing & IBM's Qiskit Toolkit.

Estimating Pi using Quantum Phase Estimation Algorithm

Testing GHZ state creation

Quantum Simulation of 3 qubit Ising Hamiltonian run on IBM Quantum Hardware.

Basic arithmetic on a Quantum Circuit

The Non-Equilibrium Evolution PYthon based library (*Neepy*) is a programming tool designed to simulate the evolution of quantum systems out of equilibrium. This library presents a fast prototyping of the evolution of quantum systems based on commonly used evolution equations such as the von Neumann, the Lindblad, or the SEAQT equations of motion.

Collection of various programs written in OpenQASM