Tutorials

This section of the documentation contains a set of Jupyter notebooks intended to demonstrate important features and common idioms of the sequencing package.

Note

These notebooks assume familiarity with scientific Python and QuTIP.

If you are not familiar with the scientific Python stack or with QuTiP, it may be useful to check out some of the following resources first:

• Lectures on scientific computing with Python

  • Lectures 0-4 are most relevant to sequencing

• QuTiP documentation, especially the following sections

  • Basic Operations on Quantum Objects

  • Manipulating States and Operators

  • Using Tensor Products and Partial Traces

  • Lindblad Master Equation Solver

Click the badge below to run the tutorial notebooks interactively online using binder:

Notebooks

• Parameters
  • Short introduction to attrs
  • Parameterized
• Modes
  • Operators
  • Hamiltonian and coherence parameters
  • Pulses
• Systems
  • Using a subset of the full system space
  • Coupling Modes together
  • Drift Hamiltonian
• Pulse Sequences
  • Quickstart
  • Using get_sequence()
  • Scheduling a pulse sequence
  • Under the hood
• Sequences
  • Interleave pulses and unitaries
• QASM Sequences
  • Single-qubit gates
  • Two-qubit gates
  • Other instructions
  • Measurements
  • Making a 5 qubit Bell state: \(\frac{1}{\sqrt 2}\left(\left|00000\rangle + \right|11111\rangle\right)\)
  • Bernstein-Vazirani
• Controlling a Transmon coupled to a Cavity
  • Basic calibration
  • Quantum control in the dispersive regime
• SNAP Gate
  • Prepare the system
  • SNAP sequence
  • Experiment #1
  • Experiment #2
  • Experiment #3