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CoupledDipoles.jl provides a set of fundamental tools to simulate the Coupled Dipoles model in cold atoms. While it includes some analysis tools, its primary focus is to provide a flexible package that can be extended to accommodate different equation models and atomic geometries.
For a detailed explanation of the theory please refer to the Phd Thesis.
Our documentation will focus on how to use the package, rather than justifying the physics. Note that the code implementation is the ground truth regargind the right set of equations, because it may fix errors not found at the time of the PhD defense.
Our tools have been extensively validated over the years and are highly optimized for performance:
- Minimized memory allocation to reduce computational overhead
- Utilization of the fastest packages and methods for core computations
- Internal parameters carefully selected to balance speed and accuracy
Please note that our package is distinct from CoupledDipole.jl, which focuses on polarization-related properties of materials - it is a coincidence that the package lacking a simple s at the end of the name exists.
Our approach is specifically designed to study properties in the context of **Cold Atom** physics.