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Is the CTQG(CLASSICAL-TO-QUANTUMGATE CONVERSION) part proposed in the paper available now? I want to transform some simple classical functions into the quantum circuit but do not find doc for the CTQ…
sqrta updated
3 years ago
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### Description
The proposal of this project is to generate a quantum circuit that can represent a Quantum RNN and make the connection with a classical model with the purpose of making a prediction o…
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We can use Craig's out of place adder to compute using 4 * N T-gates and uncompute using 0 T-gates as described in https://arxiv.org/pdf/1709.06648.pdf.
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Hello nwchem developers
I found that https://github.com/quantumlib/OpenFermion project allows to make calculations on quantum computing and it can be very fruitful.
Implementation of quantum com…
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Team Name:
Two Bits in a Box
Project Description:
Sound classification is one of the popular topics in the classical machine learning literature eg.[1],[2]. One of the used methods is applying CN…
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### Team Name:
Team qumulus nimbus
Praveen Jayakumar
praveen91299@gmail.com
### Project Description:
We provide a pennylane implementation of single qubit universal quantum classifier sim…
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Change `mb.result = measure(...)` to
```julia
res = measure(...)
if typeof(res) == typeof(mb) && size(res) == size(mb)
mb.result[:] .= res
else
isdefined(res, :result) && warn("Measure …
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H2/STO-3G should become a 1-qubit problem, and the data in Table I of the paper can be reproduced. But we can explore far larger systems that are closer to what classical quantum chemists are interest…
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# Abstract
The goal is to simulate a secure communication assisted with a (simulated) quantum channel. By the end, we want to simulate: Alice sending Bob an email, where her message is a quantum st…
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### Team Name:
Cabriella
### Project Description:
We are making a custom made python library which integrates PennyLane with python.
The aim of this library is to make quantum machine le…