(may 4 - may 8)
✅Lab1 - Introduction to Qiskit and Quantum Computation
✅Lab 2 - Measurement Error Mitigation
✅Lab 3 - Quantum Cryptography
✅Lab 4 - Circuit Decomposition
Info:
- https://www.ibm.com/blogs/research/2020/04/ibm-quantum-challenge/
- https://www.ibm.com/blogs/research/2020/05/quantum-challenge-results/
(May 20 - May 26)
| QC Milestones | Problem | |
|---|---|---|
| ✅Ex1 | 1980: Toffoli gate | Construct a Toffoli gate using the basis gates (CX, RZ, SX and X gates) of IBM Quantum systems. |
| ✅Ex2 | 1994: Shor's algorithm | Factor number 35 using Shor's algorithm. |
| ✅Ex3 | 1995: Quantum error correction | Implement a small quantum error correction code. |
| ✅Ex4 | 2007: Transmon qubits | Using Qiskit Pulse, study the behavior of transmon qubits in IBM Quantum systems. |
| ✅Ex5 | 2014: Variational quantum eignesolver | Using VQE in Qiskit Nature, find the smallest ansatz with high chemical accuracy to simulate the ground state energy of lithium hydride molecule |
info:
- https://research.ibm.com/blog/quantum-challenge-2021
- https://medium.com/qiskit/ibm-quantum-challenge-2021-heres-what-to-expect-65a303753ffb
(Nov 11 - Nov 18)
I completed all four labs form IBM Quantum Challenge Fall 2022 ( Advance Level Badge)
| QC Problem | Details | |
|---|---|---|
| ✅Lab1 | Introduction to Primitives on Qiskit Runtime | Use of Sampler and Estimator and error mitigation using them |
| ✅Lab2 | Quantum Kernel Learning with Qiskit Runtime | F |
| ✅Lab3 | Optimization with Qiskit Primitives | F |
| ✅Lab4 | Quantum chemistry with Qiskit Primitives | F |
Badge credential: https://www.credly.com/badges/06538657-c16e-4dab-a88b-5477b7c8d8dd
Info: