Trapped ion systems

Toolkit for trapped ion systems.

The Boulder Opal Toolkits are currently in beta phase of development. Breaking changes may be introduced.

Functions

Methods to perform common tasks. You can access them from the ions namespace of the Qctrl object. For example, to use ms_optimize:

qctrl = Qctrl()
qctrl.ions.ms_optimize(...)

Following is a list of functions in the ions toolkit:

`ms_optimize`	Find optimal pulses to perform a target Mølmer–Sørensen-type operation on a system composed of ions.
`ms_simulate`	Simulate a Mølmer–Sørensen-type operation on a system composed of ions.
`obtain_ion_chain_properties`	Obtain the Lamb–Dicke parameters and mode frequencies (or relative detunings if a laser detuning is provided) for an ion chain.

Classes

Classes to store common data types for the methods in the toolkit. You can access them from the ions namespace of the Qctrl object. For example, to use ComplexOptimizableDrive:

qctrl = Qctrl()
qctrl.ions.ComplexOptimizableDrive(...)

Following is a list of classes in the ions toolkit:

`ComplexOptimizableDrive`	A piecewise-constant complex-valued optimizable drive.
`Drive`	A piecewise-constant complex-valued drive.
`OptimizableDrive`	Abstract class for optimizable drives.
`RealOptimizableDrive`	A piecewise-constant real-valued optimizable drive.