October 18, 2026 — NetPhysics, an independent research and education project founded by Christopher Hill, today introduced a physics platform bringing together source-linked research chapters, interactive models and reproducible computational examples. The project examines relationships among geometry, energy and information across physical scales.
The platform is designed to let readers move from a plain-language question to equations, assumptions, source material and a testable comparison. Its guided introduction focuses on three questions: how geometry changes physical behavior, how physical systems retain traces of earlier interactions, and when a mathematical relationship applies across different scales.
NetPhysics includes 100 research chapters, 101 source records, six research calculators and a Geometry & Memory Lab. In the lab, visitors compare a fixed baseline with a specified model whose response depends on a fading internal state. They can inspect the modeled energy balance and download parameters and results. These trajectories are synthetic calculations from declared equations, not experimental observations.
A ten-stage scale explorer connects an atomic representation with progressively larger systems. Alpha 1 appears as a separately labeled hypothetical extension; it is not presented as an observed structure beyond the universe. The site also supplies three reproducible project packages addressing geometry and resonance, retained physical memory, and cross-scale relationships.
The current research priority is a bounded memory benchmark: determining whether a specified physical-state model can predict held-out measurements better than appropriate conventional relaxation models. Measured-data validation of NetPhysics’s model has not been completed. The project invites dataset leads, replication attempts, counterexamples and corrections through specific review requests.
Christopher Hill’s wider framework remains proposed and unverified. This announcement reports the development of research and educational tools; it does not announce a proven theory of everything, a peer-reviewed NetPhysics discovery or independent validation of the framework. Third-party references provide scientific context and do not imply endorsement.
The project uses AI-assisted research, writing and software development and identifies model assumptions and evidence limits in its documentation. Contributions are reviewed privately; submitting material does not automatically publish it or grant public attribution permission.
About NetPhysics
NetPhysics is an independent research and education project founded by Christopher Hill. It connects questions about geometry, information and physical scale with explicit models, source material and reproducible examples. The project’s website is netphysics.com.
Media contact
Christopher Hill
Founder, NetPhysics
chris@maxwellx.com
netphysics.com/press/
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