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From various quivers of rank functions in supergravity backgrounds, use numerical optimization with Julia to solve the Nambu-Goto Wilson Loop and investigate confinement and screening

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cu2mauro/RobinHood.jl

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RobinHood

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RobinHood uses numerical optimization with Julia to solve the Nambu-Goto holographic Wilson loops with various quivers. Specifying their rank function in a supergravity background, for each quiver it investigates confinement and screening of the theory.

Installing

This package is not in the registry. You can install it by specifying the URL to the repository:

julia> ] #enter package mode

pkg> add https://github.com/cu2mauro/RobinHood.jl/

julia> using RobinHood

Usage

To use this Julia package, first create a config file with the command CreateConfigFile(). Then modify it, selecting the parameters and the quiver of choice, and run include("config_file.jl").

Plotting

To plot and analyze the results produced and stored in the results folder, there are two ways. Using Julia, there are various commands inside the plots.jl file: String_Plot(...), LE_Plot(...) among others, with various argument specifications. Using Mathematica, via the Import_to_Mathematica.nb file.

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From various quivers of rank functions in supergravity backgrounds, use numerical optimization with Julia to solve the Nambu-Goto Wilson Loop and investigate confinement and screening

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