Closed eggerdj closed 1 year ago
Hi @eggerdj, I found this project interesting. I want to join it. I have some experience with Hamiltonian simulations using qiskit and currently working on quantum simulations. I have some knowledge of Qiskit Pulse. I would love to discuss the project, its objective, and requirements.
Hi @eggerdj, a gentle reminder. Please respond to this comment for confirmation that I can apply for this project in QAMP. @HuangJunye, please help.
I would like to join this project, I have experience with qiskit, also with Variational algorithms.
@deveshq Sorry for the late reply. Yes you can go ahead and select the project in the application form.
Hey @GemmaDawson can you assign me to this project?
@GemmaDawson I'm also assigned to this project! (Jeongwon Kim)
Please add your Checkpoint 1 presentation materials.
Checkpoint 1: qamp_fall22_checkpoint1.pdf
Checkpoint 2: checkpoint2.pdf
@bicycle315 - thank you for the report. Please do not forget that you need to add an image as well.
Thank you @bicycle315
Congratulations on completing all the requirements for QAMP Fall 2022!! ššš
Description
Qiskit Experiments (QE) is a framework that allows users to easily run experiments to, for example, calibrate or characterize the pulses that implement a quantum gate. QE provides a library of experiments to perform these tasks (fine amplitude calibration, drag, etc...). Currently, each experiment is tested using a fake backend that hard-codes the experimental response of a real backend. This (a) limits our testing abilities and (b) limits the tutorials that we can write. In the meantime, Qiskit Dynamics has emerged as a viable Qiskit pulse-level simulator that allows users to simulate pulse schedules.
The aim of this project is to develop a backend capable of simulating pulse schedules with Qiskit Dynamics to enable tutorials and tests in QE.
Deliverables
The project has the following deliverables:
Stretch objectives might include
Mentors details
Number of mentees
2
Type of mentees