-
There currently exists a function `schmidt_decomposition.py`. Given a vector, the function provides the Schmidt decomposition.
Ideally, this function should include the ability to provide not just …
-
[This issue is part of [UnitaryHack](https://unitaryhack.dev/) and comes with a bounty of 75$]
## Context
NetKet simulation drivers support output of the current state of an optimization as well…
-
**Details**
When workflows are executing, there is a bug when parsing positional arguments for `electrons` with more than 2 arguments. For example, consider the following `electron`
```python
import …
-
Given an operator (matrix) determine if it is block-positive.
The definition of block-positivity can be found in Section 2.2.5 in [arXiv:1207.1479](https://arxiv.org/abs/1207.1479).
Determining…
-
# Project Overview
We are working on adding support for compiling Q# to QIR and executing it. QIR is a convention for how to represent quantum programs in LLVM. We aim to ultimately move the Q# com…
-
*This issue has been tagged for contributions during [unitaryHACK](https://unitaryfund.github.io/unitaryhack/participating-projects.html)*
The new design of the templates turned them into just anot…
-
## Description
Hello! I am very interested in the Q# quantum language, It's really an amazing work. And I am a beginner in the Q#, there are three questions that confuse me a lot. Can you help me a…
-
The Research page still contains the UnitaryHack option in the top right menu.
-
*This issue has been tagged for contributions during [unitaryHACK](https://unitaryfund.github.io/unitaryhack/participating-projects.html)*
When using the Gaussian backend, the `MeasureThreshold` me…
-
*This issue has been tagged for a $100 bounty during [unitaryHACK](https://unitaryfund.github.io/unitaryhack/participating-projects.html)*
PennyLane can currently perform quantum simulation (in a b…