qiskit-hackathon-taiwan-20
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qiskit-community
Quantum simulation of one-dimensional systems on IBMQ device
Abstract
Simulating the dynamical behavior of one-dimensional quantum systems on IBMQ device.
Description
One of the most useful applications of quantum computation is the simulation of quantum systems. For classical computers to represent things that could exist in multiple states, the required resource exponentially grows with system size. Therefore, it is unfeasible to simulate many physical systems on classical computers. This project aims to give you a taste of how the quantum simulation works by doing a simulation of some simple 1D quantum system on qiskit. We can simulate several quantum systems, for instance, quantum tunneling and the dynamical quenching behavior of Ising model on IBMQ device. If you are interested in simulating other quantum models, we can discuss and try to realize it in this project. If you are interested in this project, you can refer to the following papers first.
Refs: [1] https://www.nature.com/articles/srep00597 [2] https://arxiv.org/pdf/1712.07326.pdf [3] https://www.nature.com/articles/s41534-019-0217-0 [4] https://www.nature.com/articles/nature24654
Members
- @anandukmadhu
- @YU-ZU
- @YingCheng-Yang
- @treger-8105
- Qiskit Coach: @paulpaul60229
Deliverable
Constructing a quantum circuit to make the quantum state evolve and see how its dynamical behavior changes.
GitHub repo
This project was really cool! Can you share with me the code and slides? Thank you!
這個項目真的很棒！可以和我分享代碼和幻燈片嗎？謝謝！ 1D-simulation.pdf maxcut_hamiltonian.zip maxcut_hamiltonian_with_loop.zip
File maxcut_hamiltonian is our common code and in maxcut_hamiltonian_with_loop this code we add the loop to tune the time to see some differences.