Tutorials

Below are a few notebooks that explain the basics of SpinPulse.

• 1. Basic usage of SpinPulse
• 2. Generation of time traces and notion of quasi-static time
• 3. Parametrizing SpinPulse from QPU specifications
• 4. Coherence times via Ramsey and Spin Echo experiments
• 5. Average superoperators for noisy gates
• 6. Noise-accurate simulation of the Bernstein–Vazirani algorithm
• 7. Tensor-network pulse-level simulations using Quimb

Details

• BasicUsage Introduces the core workflow of SpinPulse, from environment definition to pulse-level simulation.

• TimeTracesExamples Shows the generation and analysis of noise time traces used in pulse-level simulations.

• ParametrizingfromQPUSpecs Explains how to parametrize SpinPulse simulations directly from hardware (QPU) specifications.

• RamseySpinEcho Illustrates Ramsey and spin-echo experiments for characterizing dephasing and coherence properties of spin qubits.

• AverageSuperoperatorsNoisyGates Shows how to compute average quantum channels for noisy native gates under stochastic noise realizations.

• BernsteinVazirani Demonstrates the execution of the Bernstein–Vazirani algorithm within the SpinPulse package.

• QuimbSimulation Presents an example of integrating SpinPulse with Quimb for tensor-network-based circuit simulation.