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CHP Simulator for Q#

License: MIT License

C# 61.67% Dockerfile 0.75% Q# 37.58%

csharp qdk qsharp quantum quantum-algorithms quantum-computing quantum-mechanics

chp-sim's People

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zeta1999 shahip2016 python-repository-hub

chp-sim's Issues

Ability to use AssertMeasurement on multiple qubits

Currently its hardcoded to one.

AssertMeasurement gives issues when not using on the first qubit

While adding testing in #4, seeing some differences

Ability to dynamically allocate qubits

Currently the simulater uses a hardcoded ammounts of cubits. Like to be able to have the simulator adapt automaticly.

environment-QuTiP.yml : ResolvePackageNotFound when creating conda environment

Hello, I get the following error when trying to create a conda environment:

$ conda env create --file environment-QuTiP.yml 
Collecting package metadata (repodata.json): done
Solving environment: failed

ResolvePackageNotFound: 
  - numpy==1.18.4=py38h72c728b_0
  - kiwisolver==1.2.0=py38heaebd3c_0
  - matplotlib-base==3.2.1=py38h1626042_0
  - openssl==1.1.1g=he774522_0
  - zlib==1.2.11=h2fa13f4_1006
  - sqlite==3.30.1=hfa6e2cd_0
  - vs2015_runtime==14.16.27012=h30e32a0_2
  - jpeg==9c=hfa6e2cd_1001
  - mistune==0.8.4=py38h9de7a3e_1001
  - zeromq==4.3.2=h6538335_2
  - msys2-conda-epoch==20160418=1
  - m2w64-gcc-libs==5.3.0=7
  - python==3.8.2=h5fd99cc_7_cpython
  - icc_rt==2019.0.0=h0cc432a_1
  - pyrsistent==0.16.0=py38h9de7a3e_0
  - pyzmq==19.0.1=py38h77b9d75_0
  - scipy==1.3.2=py38h582fac2_0
  - markupsafe==1.1.1=py38h9de7a3e_1
  - vc==14.1=h869be7e_1
  - icu==64.2=he025d50_1
  - freetype==2.10.1=ha9979f8_0
  - m2w64-libwinpthread-git==5.0.0.4634.697f757=2
  - libpng==1.6.37=hfe6a214_1
  - pyqt==5.12.3=py38h7ae7562_3
  - tornado==6.0.4=py38hfa6e2cd_0
  - qutip==4.5.0=py38h79cbd7a_0
  - m2w64-gcc-libs-core==5.3.0=7
  - ipykernel==5.2.1=py38h5ca1d4c_0
  - cython==0.29.17=py38h7ae7562_0
  - libsodium==1.0.17=h2fa13f4_0
  - winpty==0.4.3=4
  - wincertstore==0.2=py38_1003
  - libclang==9.0.1=default_hf44288c_0
  - pywinpty==0.5.7=py38_0
  - m2w64-gcc-libgfortran==5.3.0=6
  - m2w64-gmp==6.1.0=2
  - pywin32==227=py38hfa6e2cd_0
  - qt==5.12.5=h7ef1ec2_0


$ conda --version
conda 4.8.3

Using miniconda and macOS 10.15

Allow for printing stabilizer tableaus in ⟨𝑃₀, 𝑃₁, …⟩ form

The matrix form for stabilizer tableaus is really helpful for users that are accustomed to binary symplectic form, but sometimes it can be easier to read lists of Paulis instead. From that perspective, it'd be really great to be able to present things using ⟨…⟩ notation as well as matrices.

For example:

In [1]: %config chp.dumpFormat = "dense-paulis"
In [2]: %simulate DumpBellPair
⟨𝑋𝑋, 𝑍𝑍⟩
In [3]: %config chp.dumpFormat = "sparse-paulis"
In [4]: %simulate DumpGHZState n=4
⟨𝑋₀𝑋₁𝑋₂𝑋₃, 𝑍₀𝑍₁, 𝑍₁𝑍₂, 𝑍₂𝑍₃⟩

Would you be interested in some integration / performance tests?

As a user, I often look at a tests to understand what a project does.

As a developer, they help me detecting when I break something.

I understand that chp-sim aims at improving the number the qubits that can be simulated by restricting the simulation scope to the C, H, P gates.

Would you be interested in an integration test that checks that?

Scenario idea:

benchmark the default simulator on a HelloWorld-like class (that uses a combination of the C, H, P gates)
benchmark chp-sim on the same class
check that chp-sim runs faster (and/or better if the simulator outputs meaningful metrics)
if that is not conclusive, replace HelloWorld with something that would need "hundreds of qubits" (as per the README)

qsharp-community / chp-sim Goto Github PK

chp-sim's People

Contributors

Stargazers

Watchers

Forkers

chp-sim's Issues

Ability to use AssertMeasurement on multiple qubits

AssertMeasurement gives issues when not using on the first qubit

Ability to dynamically allocate qubits

environment-QuTiP.yml : ResolvePackageNotFound when creating conda environment

Allow for printing stabilizer tableaus in ⟨𝑃₀, 𝑃₁, …⟩ form

Would you be interested in some integration / performance tests?

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