Example notebooks: contents

Our example notebooks show you, step by step, how to use the building blocks of the qruise-toolset to construct, simulate, and optimise your quantum system. The notebooks are divided into two groups: qubit system modelling (organised by qubit platform) and control stack modelling.

Qubit system modelling

• Two-level systems

  • Simulating a closed two-level quantum system

  • Simulating an open two-level quantum system

• Superconducting qubits

  • Simulation & optimal control of a single superconducting qubit

  • Simulating an SNZ gate

• NV centres

  • Simulation of a single NV centre qubit

  • Simulation and robust optimal control of a single NV centre

  • Simulation & optimal control of a single-qubit gate in an NV quantum processor

  • Simulation & optimal control of a two-qubit gate on nuclear spins in an NV quantum processor

• Spin qubits

  • Simulation & optimal control of a single spin qubit

• Trapped ions

  • Simulating a Mølmer-Sørensen gate

Control stack modelling

• Arbitrary waveform generator
• Analogue-to-digital converter
• Rise time
• Transfer function
• Optimising with frozen parameters