Interactive Physics
Explore the oscillating substratum through interactive simulations, calculators, and activities — organized into three collections. Search across all of them, and everything runs right in your browser.
The Imagine Nature's Wheelwork collection is in development. Each book in the series will unlock its own interactive simulations, calculators, and hands-on activities — turning the ideas you read into things you can test, tune, and derive for yourself. Here's a preview of what's coming, mapped to the four books.
Chantal Roth is a scientist and software engineer with a master's in biochemistry and a PhD in scientific computing from ETH Zürich, plus years building software in biotech and personalized medicine. What drives her is a plain, honest curiosity about how the world actually works — an evidence-based, critical-thinking, "follow the data wherever it leads" mindset, paired with a practical maker's habit of testing ideas rather than taking them on faith. That spirit runs through her open-source library of interactive models, which show how quantum mechanics, relativity, charge, spin, and wave behavior can emerge from a real, structured substratum. Every simulation runs in your browser and can be inspected, remixed, and shared.
Chantal shares her thinking on her blog, askingwhy.org, and collaborates with Fractal Women — exploring these ideas with Lori (Fractal Woman) in this video series ↗ and with James (Inductica) in this series ↗. For a guided overview, see her companion presentation, The Mechanical Universe ↗.
Bob Greenyer is an independent researcher and a leading figure in the Martin Fleischmann Memorial Project (MFMP), a "Live Open Science" effort that openly replicates and shares experiments in low-energy nuclear reactions and related energy phenomena. His work — and his broader thinking on resonance, structure, and how energy organizes itself in a medium — is documented across his Substack, Remote View ↗, the MFMP site at quantumheat.org ↗, and the MFMP YouTube channel ↗.
His Standing Wave Project is a free online 3D tool for exploring how resonant frequencies organize energy into stable, coherent structures — standing waves and toroidal modes — within a medium. Choose an object and a material, excite it, and watch the resonant patterns form: a vivid illustration of the oscillating substratum at the heart of Sankhya. Bob introduces and walks through the tool in this video ↗.
Open science
From Chantal Roth's open-source physics library to Bob Greenyer's resonance tool — and the INW learning tools on the way — these collections let anyone see how nature's wheelwork turns. Read the story behind the science, then keep exploring.