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10_QuantumCounting_IQPE.ipynb
10_QuantumCounting_IQPE.ipynb
 
 
11_Dynamic_Quantum_Programming.ipynb
11_Dynamic_Quantum_Programming.ipynb
 
 
1_Intro_2_Qiskit_2_x.ipynb
1_Intro_2_Qiskit_2_x.ipynb
 
 
2_Running_SamplerV2_on_IBM_Torino_for_Teleportation.ipynb
2_Running_SamplerV2_on_IBM_Torino_for_Teleportation.ipynb
 
 
3_Berstein_Vazirani_Simulator_IBM_Cloud.ipynb
3_Berstein_Vazirani_Simulator_IBM_Cloud.ipynb
 
 
4_Grover_Simple_4bit_Simulator_IBM_Cloud.ipynb
4_Grover_Simple_4bit_Simulator_IBM_Cloud.ipynb
 
 
5_Grover_Derandomized.ipynb
5_Grover_Derandomized.ipynb
 
 
6_QFT_by_definition.ipynb
6_QFT_by_definition.ipynb
 
 
7_QPE_Example.ipynb
7_QPE_Example.ipynb
 
 
8_Iterative_Phase_Estimation.ipynb
8_Iterative_Phase_Estimation.ipynb
 
 
9_QuantumCounting_QPE.ipynb
9_QuantumCounting_QPE.ipynb
 
 
README.md
README.md
 
 

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Introductory-Quantum-Computing-Labs

Jupyter Notebooks for an introductory quantum computing course using qiskit 2.x and accessing IBM quantum computers through cloud at quantum.cloud.ibm.com

These files are part of the course on quantum computing. The video lectures are available on Youtube channel https://www.youtube.com/@quantuc8775.

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Jupyter Notebooks for introductory quantum computing course

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