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Exercise 1 - Measuring Relaxation in Qubits - Solution.ipynb		Exercise 1 - Measuring Relaxation in Qubits - Solution.ipynb
Exercise 1 - Measuring Relaxation in Qubits.ipynb		Exercise 1 - Measuring Relaxation in Qubits.ipynb
Exercise 2 - Calibrating a Qubit Measurement - Solution.ipynb		Exercise 2 - Calibrating a Qubit Measurement - Solution.ipynb
Exercise 2 - Calibrating a Qubit Measurement.ipynb		Exercise 2 - Calibrating a Qubit Measurement.ipynb
IEEE Quantum Week - Bootstrapping a Quantum Computer.ipynb		IEEE Quantum Week - Bootstrapping a Quantum Computer.ipynb
IEEE Quantum Week - Hello Pulse.ipynb		IEEE Quantum Week - Hello Pulse.ipynb
README.md		README.md
chip.json		chip.json
chip.py		chip.py
cnot_schedules.png		cnot_schedules.png
cr_gate.png		cr_gate.png
fitting.py		fitting.py
hamiltonian_tomography_cr.png		hamiltonian_tomography_cr.png
hardware_stack.png		hardware_stack.png
inversion_recovery.png		inversion_recovery.png
plotting.py		plotting.py
pulse_model.png		pulse_model.png
quantum_chip.png		quantum_chip.png
quantum_computer.jpg		quantum_computer.jpg
quantum_hardware.png		quantum_hardware.png
saved_chip_ex1.json		saved_chip_ex1.json
saved_chip_ex2.json		saved_chip_ex2.json
signal_mixing.png		signal_mixing.png

README.md

Quantum hardware control: a hands-on introduction

Nate Earnest-Noble and Thomas Alexander 10/13/2020

To get start please see the Hello Pulse notebook.