Field Dynamics Research

Stephen Nelson

Tech Engineer | Researcher, Theoretical Physics

Location Edmonton, Alberta, Canada

CURRENT WORK

Gravity Field Dynamics • Tetrad Gravity • Galaxy Kinematics

A framework for inverting observed rotation curves into effective mass profiles. No halos, no free parameters.


PUBLICATIONS
SUBMITTED Classical and Quantum Gravity, 2026
Shows that GFD resolves the underdetermined interaction potential in ghost-free bimetric gravity. The coupling polynomial from dual tetrahedral geometry locks the five Hassan-Rosen coefficients to integers and recovers the constitutive law with no fitted parameters.
SUBMITTED MNRAS, 2026
Introduces the inverse pipeline: two algebraically invertible field equations that transform observed galaxy rotation curves into effective mass profiles using only G and a₀. Applied to the Milky Way, M33, NGC 3198, and CamB with zero free parameters.
PREPRINT Zenodo, 2026
The foundation paper. Derives the covariant scalar-tensor action from the stellated octahedron topology required by field closure in 3+1 dimensions. Bidirectional validation spanning 36 orders of magnitude, from neutron lifetime to galactic rotation, with zero adjustable parameters.
STATUS: ACTIVE • 2026