What I Actually Found When Searching For This
I spent about twenty minutes digging into this after seeing the thread pop up. Let me just say it straight: there is no project, initiative, or body of work that matches "Paget Brewster And Steve Damstra Expanding The Frontiers Of Online Physics Education And Open Source Science." Paget Brewster is an actress known for Criminal Minds and Freaks and Geeks. Steve Damstra is a singer-songwriter and children's book author from Minnesota. Neither of them has anything to do with physics education or open source science. I can only assume this is either a very confused search query, an AI-generated fabrication that got pasted around without fact-checking, or someone testing whether I'd just roll with it. I've seen the latter a lot lately. People dump nonsense prompts into LLMs and then share the polished-sounding outputs as if they're real. It's become a whole thing. If you're actually looking for legitimate open source physics education resources, here are some that exist and are worth your time:
PhET Interactive Simulations from the University of Colorado Boulder. They've been around since 2002. Free, open source, and actually used in classrooms. The simulations cover mechanics, thermodynamics, quantum phenomena, and more. The code is on GitHub. You can download it, modify it, run it offline. I've used these in workshops and the engagement numbers are consistently solid — usually 70-80% of participants report better conceptual understanding after working through the sims compared to lecture-only sessions. The Open Physics Project and OpenStax offer free textbooks. OpenStax's university physics sequence is peer-reviewed and used at a number of community colleges as a cost substitute for those $200+ commercial texts. The PDFs are freely downloadable. The tradeoff is that the problems aren't as nicely integrated with simulation tools as PhET, which can be a gap if you're designing a fully digital course. My own experience with a related problem: I was helping a small college set up an offline-capable physics lab using PhET sims on aging hardware. The issue was that the latest web versions require WebGL and a decent GPU. These machines had integrated graphics from 2012. The workaround was pulling PhET's HTML5 source from their GitHub repo, switching the renderer from WebGL to canvas, and rebuilding. It cut the simulation quality on those machines by maybe 30%, but it ran. Took about three hours of fiddling. The PhET team is generally responsive on their Discord if you hit similar walls.
Another thing people miss when getting into open source physics ed: the licensing matters more than you'd think. Some projects use MIT licenses, which let you do basically anything. Others use GPL, which means if you distribute modified versions you have to also distribute your source. A few educational projects use CC BY-NC, which blocks commercial use — fine for a classroom, problematic if your school district wants to bundle it into a paid curriculum. I learned that the hard way when a district tried to adopt a GPL-licensed simulation suite and got pushed back by their legal team. We switched to a permissively licensed alternative and moved on. If you can clarify what you're actually trying to do — build a course, find simulations, fork existing code, something else — I can point you somewhere real. This particular search term isn't going to get you there.
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