Richard Measey

A Complete Physics from First Principles

One force. One topology. Zero free parameters.

Richard Measey obtained a degree in Applied Physics and over 35 years has developed a unified physics framework. 100+ papers derive particle masses, gravity, nuclear structure, and chemical bonding from Weber electrodynamics and torus-knot topology — using only the electron mass and the fine-structure constant as inputs, with zero free parameters.

Headline Results

105 hadrons mapped (0.14% mean accuracy) · 118 elements computed (99.28% nuclear accuracy) · Proton mass to 0.002% · PPN parameters γ=β=1 (100%) · 198 papers published · 0 free parameters

The Framework

electrodynamics.live — Weber's force law, quaternion formulation, electrodynamic foundations
physical-light.com — Helical photon model, torus-knot mass formula, confined photon programme
atomic-structure.com — V4 nuclear binding engine, all 118 elements, expanded torus electron
subatomic-structure.com — Gaussian integer lattice, 105 hadron masses at 0.14% accuracy
bulk-gravity.com — Mach closure gravity and double-copy representation (gravity = EM²)

Applications & Extensions

quantum-emergence.com — Quantum mechanics from torus geometry
em-equivalence.com — Maxwell–Weber equivalence
physical-constants.com — 42 CODATA constants derived
electrodynamic-chemistry.com — Chemistry from electrodynamics
electrodynamic-medicine.com — Medicine from electrodynamics
universe-physics.com — Cosmology and plasma cosmology
learn-real-physics.com — Learn the framework

Explore

Results — Precision results and testable predictions
Papers — All working papers and derivations
Applications — Practical uses of the framework
Education — Learn the framework from first principles
About — The story behind the framework

Key Topics

Weber force law · Torus knot mass formula · Confined photon model · Proton mass derivation · Trapped Coulombic energy · α¹⁷ formula for G · Topological coefficient 84 · Composition-dependent G · Hopf link mass formula · Gaussian integer lattice · Expanded torus electron · Bohr radius · Mach closure G formula · Nuclear binding energies · Quaternion Weber formulation · Helical photon · Particle spectrum from topology · Electrodynamic chemistry · Electrodynamic medicine

measey.com — Search the entire framework