IBM Quantum Challenge Spring 2023
The IBM Quantum Challenge is back with a new challenge: run dynamic circuits on a 127-qubit processor.
Introduction
Welcome to the IBM Quantum Spring Challenge. Every year, IBM Quantum releases a public challenge as part of our ongoing global education efforts. The Spring Challenge is free to participate in, and is meant to give participants a deeper understanding of a specific quantum topic. This year’s Challenge focuses on Dynamic Circuits, a technology that makes it easier to run more advanced quantum algorithms.
This event will feature 5 Labs, each with exercises and tutorial content to get you started using Dynamic Circuits. We’re also thrilled to showcase the most advanced IBM Quantum hardware—IBM Quantum will allow all registered participants to run circuits on a 127-qubit IBM Quantum Eagle processor. Downloading the files from GitHub will NOT give you access to the hardware. Only users registered through the IBM Quantum Challenge website will have access to the real hardware.
The IBM Quantum Challenge is exactly that: a challenge. Some labs will be relatively easy, while others should put your knowledge to the test. We hope this experience will turbocharge your exploration of IBM Quantum hardware and software, while providing an opportunity to network with members of the IBM Quantum and Qiskit community.
Challenge content
- Lab 1: Intro to Dynamic Circuits
- Lab 2: Quantum Teleportation
- Lab 3: Iterative Phase Estimation
- Lab 4: Quantum Error Correction
- Lab 5: Using a 127-qubit System
Challenge solution examples
Event Code of Conduct
FAQ / Wiki
Collaborators
Thank you! to everyone who helped make this challenge possible and a great success.
- Alexandre Alemany Orfila
- Anne Gebbie
- Brian Ingmanson
- Iman Elsayed
- James Weaver
- Kallie Ferguson
- Kevin Sung
- Kifumi Numata
- Marcel Pfaffhauser
- Marco Facchini
- Maria Esperanza Molina Canizares
- Matthew Stypulkoski
- Serena Godwin
- Sophy Shin
- va barbosa
- Vishal Sharathchandra Bajpe
- Yuri Kobayashi