Jayanth Kandi

Hi, I would like to implement this paper. Can I do this under the paper implementation project?

I am not sure following conern comes under this issue. Converting an arbitrary gate (generated by `UnitaryGate()`) to its controlled version is computationally expensive, primarily due to operations on the...

 These plots, which depict the execution times for implementing a controlled gate of an arbitrary unitary matrix, provide a compelling comparison, clearly demonstrating the substantial performance advantage of the...

of course, bruteforce method is not optimal, but present method is having a large overhead. I want to work on this issue.

Click [here](https://colab.research.google.com/drive/1OaY9548pQug3U2lD0c3fDv6GiNg5RpjO?usp=sharing) to access the script that generates the data discussed. The script includes details on the number of qubits and target qubits used in the analysis. ## Proposed Plan:...

I am using time it takes to "compute controlled unitary matrix" + "generating unitary gate using controlled unitary matrix"

oh! I observed that `U.control() ` takes much time because of `iso.definition() `. does all unitary gates go through ` .definition() ` while transpiling? I missed this, sorry (so above...

Ok, I will try various decompositions and let you know any improvements. I am really sorry for my false data above