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Dear Prof, please can you kindly share the code version for running this code on a real quantum computer not a simulator?
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In the sunrise of the Quantum Era, what is needed most is cybersecurity.
With IBM commercializing their quantum computing systems, it leaves the door open for malicious "black hat" hackers to hijack…
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If I understand the state of research and theory, any "Schrödinger method" QC simulator definitely uses the Hamiltonian mechanics approach. Further, I think "tensor networks," which we might have some…
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### Description
In this project, we aim to use extend and run a new class of variational algorithms in IBM quantum hardware.
### Deliverables
benchmarking the algorithm for different data and stud…
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**Is your design idea/issue related to a use case or problem? Please describe.**
There is a zoo of quantum states and special representations they admit:
* computational basis states (which can b…
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### What is the expected enhancement?
VQC & QNN does not allow to implement Sklearn BaseEstimator to be inherited. Hence, we are unable to use Sklearn Gridsearch on VQC & QNN estimators for hyperpara…
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Hamiltonians do not need to be included or accounted for in qibo-core, as they generally do not participate in circuit execution.
We have only found one case were a `Hamiltonian` is involved during…
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# Description
I do not have a specific project in mind. It would be great if there is a mentor interested in this topic. I would want to work on research on Quantum Reinforcement Learning algorithms …
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### Expected behavior
Given the observable is Z (see non-workking example below) and it's a _one-shot_ simulation, I expect the values returned by the circuits to be either `-1.0` or `1.0`
### A…
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Add support for a controlled-phase gate (= controlled-Z-rotation gate) with a rotation angle chosen by the caller.
NetQASM current supports:
1. Single-qubit Z-rotation operations with fixed angl…