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This video shows how to implement basic molecular dynamics in NetLogo after building up the foundation in previous videos.

This video shows how to implement an interatomic potential (specifically the Lennard-Jones potential) in NetLogo.

Implementation of the velocity Verlet algorithm in NetLogo.

This video shows how to implement Newton's 3rd law (for every action there is an equal and opposite reaction) in NetLogo by modeling two masses connected by a spring.

This video shows how to implement Newton's 2st law (F=ma) in NetLogo.

This video shows how to implement Newton's 1st law (an object in motion stays in motion unless acted on by an outside force) in NetLogo.

You can access NetLogo here (both download the desktop version or use the web version): www.netlogoweb.org/

This video shows the basics of doing math in NetLogo, including getting lists of numbers from agents

This video is an introduction to NetLogo and does this through building up a simple random walk model. You can download NetLogo for free here (or use the browser based version): ccl.northwestern.edu/netlogo/index.shtml

This video shows how to build a simple model of interstitial diffusion in NetLogo. NetLogo can be downloaded here: ccl.northwestern.edu/netlogo/ For reference, the NetLogo dictionary lists and explains all the built-in NetLogo commands: ccl.northwestern.edu/netlogo/docs/dictionary.html

This video shows a model of virus spread in a population that is taking measures to physically/socially distance themselves (or not). I'm uploading this amidst the Coronavirus outbreak. To play with the model yourself: www.jacobkelter.com/infection-model/ Article explaining different scenarios of hospital overload: projects.propublica.org/graphics/covid-hospitals Here is a post urging us to do ...

This video explains a NetLogo model of a PN Junction. The electrons, holes and ions are modeled as point charges and the properties of a PN junction emerge from their interactions Download NetLogo: ccl.northwestern.edu/netlogo/