-
Quantum-inspired
- Reinforcement learning for quantum circuit design (Allan, Zhiyuan, Thomas)
- Reinforcement learning for drug discovery (Dannong)
- Approximating wave functions using transformer-…
-
# Abstract
Qiskit is very much tailored to IBM superconducting devices currently.
Other backends are possible but don't have good support.
I propose starting to implement an ion-trap backend for …
-
## Description
We have a NextJS application that uses Suspense for data fetching with a custom loading component. The application works correctly in development and when deployed on Vercel. However, …
-
**Describe the bug**
MSHub processing job fails
166 files, Thermo iTQ ion trap EI data converted from raw to mzML with ProteoWizard MSconvert with peak picking, vendor algorithm All samples run und…
-
# ARTIQ Feature Request
## Problem this request addresses
Currently users can only save HDF5 datasets in the `datasets` group of a file. This does not provide a clean way to save custom meta…
-
Trapped ions need more detailed gate analysis (at the laser pulse level) in open source packages. Adding a TrappedIon ModelProcessor class would make qutip a great place to do detailed noise analysis …
-
We want to make sure that we've at least covered the VV tests from TMAP4. I believe that @simopier indicated he has some more VV tests to add as well. We should also add documentation for this so that…
-
# Description
While Qiskit is nominally a hardware-agnostic platform for gate-based quantum computing, the current transpiler (which takes an "abstract" quantum circuit to one that can be implemented…
-
**Description**
Implement a custom optimizer for Qiskit specifically designed to work with IonQ's trapped-ion quantum computers. The optimizer should be able to transpile quantum circuits into the …
-
Create an infographic offering a comprehensive overview of the connections between various projects within the quantum computing community. The goal is to have an easy visual representation of the qu…