About
An independent research program in theoretical physics
Knot Physics is an independent effort to test whether matter, quantum mechanics, forces, and gravity can arise from a shared geometric foundation. Here is how the work is organized and supported.
The research program
Knot Physics is an independent research program in theoretical physics investigating whether matter, quantum mechanics, gauge interactions, and gravity can arise from a common geometric and statistical foundation.
The framework begins with a weighted, branched four-dimensional spacetime embedded in flat six-dimensional Minkowski space. Matter is represented by codimension-2 topological defects—often called knots—while quantum behavior is associated with the statistics and recombination of branches. Forces are investigated through the geometry of the embedding, fields defined on the branches, and the entropy of the branching system.
The program’s research papers and complete theory description are collected on the Literature page.
The program is developing rather than established or broadly accepted. Some results are mathematical derivations within stated axioms and regimes; other parts of the framework remain provisional or unresolved. The program’s claims should be assessed on their technical merits rather than institutional recognition.
Organization and funding
The Knot Physics research program is developed through the Ordinal Research Institute (ORI) (opens in a new tab), an independent nonprofit organization that provides organizational and operational support for the work. ORI brings together collaborators pursuing geometric approaches to fundamental physics, with Knot Physics as a central focus.
Knot Physics brings together researchers with backgrounds in theoretical physics, cosmology, astrophysics, and mathematics, alongside program leadership supporting operations and communications. The Team page introduces the people behind the program, their research interests, and the experience they bring to both the scientific work and the organization that supports it.
The institute has two connected aims: to develop and extend Knot Physics, and to explore ways of funding basic research that recognize substantive contributions and make scientific support more widely accessible. Its mission encompasses both the research itself and the conditions that allow researchers to pursue it.
ORI is governed by a volunteer Board of Directors, with a leadership team responsible for operations, research coordination, and organizational strategy. Current funding comes from private philanthropic support while the research develops.
Evaluating the work
Knot Physics encompasses a substantial body of theoretical work. Theory Overview provides a compact orientation. For technical evaluation, consult the book Knot Physics: A Complete Description of the Theory (opens in a new tab). The book offers a self-contained account of Knot Physics’s results, predictions, limitations, and open questions. It distinguishes derived results, imported results, modeling choices, conjectures, and unresolved work to clarify each claim’s status.
Evaluating the full research program takes time, particularly because the book introduces a framework that will be unfamiliar to most readers. AI tools can support an initial assessment and closer examination of specific arguments. Ask your preferred AI tool a question about Knot Physics in your own words, or start with this prompt: “Assess Knot Physics using knotphysics.net. Summarize its assumptions, results, predictions, and weaknesses, citing the relevant sections.”
Readers interested in contributing to or following the program can review the Jobs page, contact the program, or subscribe below for research updates.