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* Create/assemble resources that provide a geometric intuition for the equations and principles of fundamental physics - Geometric interpretations are most amenable to being visually represented. An example, is shown [[Example Visualization|here]]. | * Create/assemble resources that provide a geometric intuition for the equations and principles of fundamental physics - Geometric interpretations are most amenable to being visually represented. An example, is shown [[Example Visualization|here]]. | ||
* Create [[Accelerators:|Accelerators: 2 minute guides to fundamental principles.]] | * Create [[Accelerators:|Accelerators: 2 minute guides to fundamental principles.]] | ||
* Create fully-fledged learning path like [https://github.com/bmorelli25/Become-A-Full-Stack-Web-Developer] | |||
** [https://physicstravelguide.com/ The Physics Travel Guide] - a didactic Wiki that explains math and physics concepts in three levels of difficulty. | |||
** [https://github.com/rossant/awesome-math Awesome Math] - a curated list of useful math resources. | |||
* Publish discussions and comments on chapters of the Tome. | * Publish discussions and comments on chapters of the Tome. | ||
* Publish study guide for the Tome. | * Publish study guide for the Tome. | ||
* Publish roadmaps for navigating through the Tome. | * Publish roadmaps for navigating through the Tome. | ||
* Create dependency graphs for chapters of the Tome. | * Create dependency graphs for chapters of the Tome. | ||
== OLD Resources & References == | == OLD Resources & References == |