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Jaynes-Cummings-model.ipynb

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README.md

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ac-Stark-shift.ipynb

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accessing_higher_energy_states.ipynb

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cQED-JC-SW.ipynb

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calibrating-qubits-pulse.ipynb

calibrating-qubits-pulse.ipynb

 
 

cliffords2.pickle

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hamiltonian-tomography.ipynb

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index-circuits.md

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index-pulses.md

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transmon-physics.ipynb

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README.md

Investigating Quantum Hardware using Microwave Pulses

These notebooks are the source files for the Investigating Quantum Hardware using Microwave Pulses chapter of the Qiskit Textbook.

Important

The Qiskit Textbook has been superseded by IBM Quantum Learning. These source files are no longer maintained and may contain errors.

Overview

The Qiskit Textbook mostly assumes we have a quantum computer that can carry out quantum operations, and doesn't worry about how the devices actually work. These pages go a step deeper, exploring the physics of superconducting qubits, and using Qiskit to program operations on these devices at the level of microwave pulses.

Contents

  1. Calibrating qubits using Qiskit Pulse
  2. Accessing higher energy states with Qiskit Pulse
  3. Introduction to Transmon Physics
  4. Circuit Quantum Electrodynamics
  5. Exploring the Jaynes-Cummings Hamiltonian with Qiskit Pulse
  6. Measuring the Qubit ac-Stark Shift
  7. Hamiltonian Tomography