My attempts for IBM Quantum Spring challenge 2023. The labs were dedicated to dynamic circuits and its utilities in quantum error corrections. I has the oppertunity to run my quantum circuiits on 127-qubit ibm qauntum eagle processor.
Jupyter NotebookMIT
IBM_Quantum_Spring_challenge_2023
This repository includes Jyputer notebooks for my solutions for IBM Quantum Spring challenge 2023.
The labs were dedicated to dynamic circuits and its utilities in quantum error corrections.
I had the opportunity to run my quantum circuiits on 127-qubit ibm qauntum eagle processor .
Qauntum Algorithms implemented:
The core theme of the spring challenge was to develop algorithmic strategy to use near term 'noisy' (error-prone) quantum processor to implement important quantum algorithms. The important algorithms are as below:
1. Iterative Quantum Phase Estimation:
2. Error correction via stabilzer (ancilla) qubits:
3. To prepare 56-qubit GHZ state while integrating error correction stabilizers to it. We checked our circuit on real hardware 'IBMQ Eagle quantum processor'.
Acknowledgements:
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