CUDA-Q Dynamics

The notebooks below contain groups of examples using CUDA-Q Dynamics. The first two notebooks provide an introduction to CUDA-Q Dynamics appropriate for new users.

Download the notebooks below here.

• Introduction to CUDA-Q Dynamics (Jaynes-Cummings Model)
  • Why dynamics simulations vs. circuit simulations?
  • Functionality
  • Performance
  • Section 1 - Simulating the Jaynes-Cummings Hamiltonian
  • Exercise 1 - Simulating a many-photon Jaynes-Cummings Hamiltonian
  • Section 2 - Simulating open quantum systems with the collapse_operators
  • Exercise 2 - Adding additional jump operators \(L_i\)
  • Section 3 - Many qubits coupled to the resonator
• Introduction to CUDA-Q Dynamics (Time Dependent Hamiltonians)
  • The Landau-Zener model
  • Section 1 - Implementing time dependent terms
  • Section 2 - Implementing custom operators
  • Section 3 - Heisenberg Model with a time-varying magnetic field
  • Exercise 1 - Define a time-varying magnetic field
  • Exercise 2 (Optional)
• Superconducting Qubits
  • Cavity QED
  • Cross Resonance
  • Transmon Resonator
• Spin Qubits
  • Silicon Spin Qubit
  • Heisenberg Model
• Trapped Ion Qubits
  • GHZ state
• Control
  • Gate Calibration
  • Pulse
  • Qubit Control
  • Qubit Dynamics
  • Landau-Zenner