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Rather than using C++'s default, deterministic random number generator, we should one that uses a source of quantum noise. Most modern processors have instructions for fetching true random data, and I…
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Hi lockwo, it has beem very inspiring to watch your vedios on the noise induced barren plateau problem. While I'm learning this paper, it is quite hard to me to derive this equility in the Supplementa…
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### Suggested feature
Issue:
The current research extends its focus on genuinely quantum sources of time-correlated or non-Markovian noise arising from coherent interactions with the environ…
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### URL, if applicable
Add a new section to https://docs.quantum.ibm.com/run/visualize-results to go over extracting results.
Add a new section to https://docs.quantum.ibm.com/run/advanced-runtime…
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# Abstract
Noise in quantum computers is often seen as a major obstacle which limits the accuracy of any quantum computation. But is there beauty amongst all of this mess?
Have you ever wondered …
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# General Grant Proposal
* **Project:** https://github.com/privacy-scaling-explorations/acceleration-program/issues/12
## Project Overview :page_facing_up:
### Overview
This task intensive…
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**Description of the issue**
[Noisy Simulation](https://quantumai.google/cirq/simulate/noisy_simulation#simulation_with_realistic_noise) describes how to run simulations with realistic noise obtained…
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Here's the link to the paper: https://eprint.iacr.org/2022/539
And here's the bibtext:
```
@misc{ ADH+22,
author = {Yawning Angel and Benjamin Dowling and Andreas Hülsing and Peter Sch…
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I want to classically simulate quantum circuits with noise. I'm interested in simple noise models, such as depolarizing noise, bitflip, etc.
If I use the following noise model:
`prob_2 = 0.001`
…
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## Issue Description
IonQ has recently developed a quantum error mitigation strategy. There is currently no open-source implementation available. Their paper calls it symmetrization and their [onli…