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### Expected behavior
The expectation value obtained for the tensor product of an observable containing terms using `qml.Hermitian` is correct.
### Actual behavior
Incorrect result.
### Additional…
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I recently came across your project quantm-codes and I noticed that the repository github.com/K144U/quantm-codes currently does not have a license specified.
Why Adding a License is Important?
As [G…
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### Expected behavior
User-specified dtypes on the device are not considered in a wide variety of cases. The ones detailed below are just specific ones found by chance, a more systematic think-thro…
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# Description
This project aims to study the feasibility of using current Quantum Computing devices to implement a method to compute the [Euler-Rodrigues Parameters (ERP)](https://en.wikipedia.org/wi…
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# Abstract
Q-means is an unsupervised machine learning approach that is the quantum version of of the K-means clustering algorithm. The proposed q-means offers an exponential speedup in the number of…
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https://docs.quantum.ibm.com/announcements/product-updates/2024-02-14-qiskit-runtime-primitives-update
> **beginning 1 March 2024**, Qiskit Runtime will require that circuits and observables are tr…
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### Description
The aim of this project is to make code contributions to Qiskit.
We will solve the issues around operators (opflow, quantum_info.operators, nature.operators). For example,
- Ove…
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# Abstract
If you have watched silicon valley, you would have come across the SeeFood fracas which made Jian Yang a 'very rich man'. If you haven't essentially, the SeeFood app classifies hot dogs an…
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# Description
Three improvements to the basic discriminator in qiskit-experiments:
- Allow for discriminator to output to a mixed state instead of 0 and 1
- Implement LDA and QDA in numpy, without …
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### Expected behavior
The output of circuit execution is a tensor that has the `requires_grad` attribute set to `True` or `False` for all devices.
Most devices output a tensor with `requires_grad=…