Gopal Ramesh Dahale

@95-martin-orion This issue is resolved for me. Here are the steps that helped me and can be used on google colab. 1. Download the tarball of cuquantum and extract it...

I faced this error on google colab recently with GPU runtime. I followed the following steps" ``` !git clone https://github.com/quantumlib/qsim.git %cd qsim !make -j8 !pip install . ``` and then...

@95-martin-orion Thanks. it worked. New problem that I faced when using qsimcirq as backend in `tfq.ControlledPQC`. ``` circuit # some cirq circuit observable # some observable gpu_options = qsimcirq.QSimOptions(use_gpu=True, gpu_mode=1)...

Yes, the normal measure method measures in |0>,|1> basis. To measure in |+>, |-> basis one needs to apply the Hadamard gate to convert it in |0>,|1> respectively and then...

Hi @doichanj, thanks you for the link. I followed the steps but got an error ``` 10 errors detected in the compilation of "/content/qiskit-aer/qiskit_aer/backends/wrappers/bindings.cc". qiskit_aer/backends/wrappers/CMakeFiles/controller_wrappers.dir/build.make:75: recipe for target 'qiskit_aer/backends/wrappers/CMakeFiles/controller_wrappers.dir/bindings.cc.o' failed...

Okay, I was able to build it successfully, but the code snippet is not working and gives the following error ``` No module named 'qiskit.providers.aer' ```

@doichanj thanks, it worked. I performed the benchmarking with `thrust` and `custatevec` with `1000` shots and found this strange peak with a single qubit. Any explanation for this? 

@KetpuntoG Yes it is ready for review.

> I will talk to our designer to create the thumbnail. Do you have any suggestions on how it should look like? Maybe a quantum circuit outputting a probability distribution....

Thank you @KetpuntoG. @KetpuntoG and @alvaro-at-xanadu there are a few conversations which are yet to be resolved. Can you take a look at them? I have left some comments.