Team Name:
Infinite QDev
Project Description:
According to the quantum no-cloning theorem, an unknown quantum state cannot be cloned perfectly due to the postulate that unitary transformations are linear. Hence our project aims to create a universal cloning machine that can produce a copy close to the original state. We are hence, replicating the paper from Yang et. al, 2019.
This circuit using Qiskit python library will also confirm that entanglement is input state independent and can demonstrate universal cloning of an individual qubit with a circuit QED setup.
Presentation:
https://docs.google.com/presentation/d/1FS-QCJpSR2QN_DUuyJU8IgC5NywpCZs_EKC1zOuPjIE/edit?usp=sharing
Source code:
GitHub - QiyangGeng/QHackOH
Which challenges/prizes would you like to submit your project for?
Team Members:
Ethan Rajkumar
William Gervasio
Qiyang Geng
Brett Capistrano
Mauricio Sorocco
Challenges
IBM Qiskit Challenge
Hybrid Algorithms Challenge
Science Challenge
Simulation Challenge
Team Name:
Infinite QDev
Project Description:
According to the quantum no-cloning theorem, an unknown quantum state cannot be cloned perfectly due to the postulate that unitary transformations are linear. Hence our project aims to create a universal cloning machine that can produce a copy close to the original state. We are hence, replicating the paper from Yang et. al, 2019.
This circuit using Qiskit python library will also confirm that entanglement is input state independent and can demonstrate universal cloning of an individual qubit with a circuit QED setup.
Presentation:
https://docs.google.com/presentation/d/1FS-QCJpSR2QN_DUuyJU8IgC5NywpCZs_EKC1zOuPjIE/edit?usp=sharing
Source code:
GitHub - QiyangGeng/QHackOH
Which challenges/prizes would you like to submit your project for?
Team Members:
Ethan Rajkumar
William Gervasio
Qiyang Geng
Brett Capistrano
Mauricio Sorocco
Challenges
IBM Qiskit Challenge
Hybrid Algorithms Challenge
Science Challenge
Simulation Challenge