Learn about Magnets

Using Julia Language.

Physics of magnetism, and nanomagnetism, by extension, can be complex topics to digest. Here I will attempt to make it a little less complicated by breaking it down to the simplest components and using the Julia programming language to create simple simulations. If you are curious, please join me in this endeavour!

Communicating science is one of the things I enjoy the most. 

Here are some places to start exploring who I am and what I do:

Who I am

My journey to becoming a physicist has not been a conventional one. I started as a mature student in my 30s.


My YouTube Channel

I create videos about being a physics student, programming in Julia, and physics of nanomagnetism (this branch is coming soon ;)).

Julia Language 

Julia is a very fast, easy to learn, dynamically typed, compiled* language. It's great for ML applications, HPC, and parallel computing.


Recommended Tools

Here I compile a list of the most valuable tools and resources I use to make my graduate student life  and content creation

easier ;)

Discover the Julia Journal Blog

Stay up to date with the latest news, tips & tools.

February 4, 2023

” How to Use Pluto.jl (and Jupyer) in VSCode: A Step-by-Step Guide to Interactive Computing in Julia”

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September 1, 2021

My preferred Julia IDE after 3 months of coding.

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August 10, 2021

Embedding Jupyter and Pluto notebooks in a blog post is easy.

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About Me.

Hi, I am Julia, a MSc physics student, interested in physics of the magnetism, the Julia programming language, machine learning in physics, and science coommunication. 

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