Trevor Norris
@trevnorris.bsky.social
Pinned
Trevor Norris
@trevnorris.bsky.social
· Sep 6
A Topological Vortex Framework for Unified Physics: Mathematical Correspondences with Nature
We present a minimal phenomenological framework in which classical electromagnetism, weak-field gravity, and key quantum kinematics emerge on a three-dimensional physical slice from the projection of ...
zenodo.org
What started as a weekend experiment using AI to test ideas I had in physics is now an 80 page paper that models particles as 4D vortices in a superfluid. It's been verified with over 2400 SymPy tests and has plenty of falsifiable predictions.
zenodo.org/records/1706...
zenodo.org/records/1706...
What started as a weekend experiment using AI to test ideas I had in physics is now an 80 page paper that models particles as 4D vortices in a superfluid. It's been verified with over 2400 SymPy tests and has plenty of falsifiable predictions.
zenodo.org/records/1706...
zenodo.org/records/1706...
A Topological Vortex Framework for Unified Physics: Mathematical Correspondences with Nature
We present a minimal phenomenological framework in which classical electromagnetism, weak-field gravity, and key quantum kinematics emerge on a three-dimensional physical slice from the projection of ...
zenodo.org
September 6, 2025 at 12:06 AM
What started as a weekend experiment using AI to test ideas I had in physics is now an 80 page paper that models particles as 4D vortices in a superfluid. It's been verified with over 2400 SymPy tests and has plenty of falsifiable predictions.
zenodo.org/records/1706...
zenodo.org/records/1706...
Been working on a new physics paper. This is the generalized particle mass equation so far:
m(R) ≈ ρ₀ · 2πR [C_core · ξ_c² + (κ²/4πv_L²) ln(R/a)]
Where particles are vortex loops of radius R in 4D.
This single equation predicts electron, muon, and tau masses to <0.2% accuracy.
m(R) ≈ ρ₀ · 2πR [C_core · ξ_c² + (κ²/4πv_L²) ln(R/a)]
Where particles are vortex loops of radius R in 4D.
This single equation predicts electron, muon, and tau masses to <0.2% accuracy.
September 2, 2025 at 8:48 AM
Been working on a new physics paper. This is the generalized particle mass equation so far:
m(R) ≈ ρ₀ · 2πR [C_core · ξ_c² + (κ²/4πv_L²) ln(R/a)]
Where particles are vortex loops of radius R in 4D.
This single equation predicts electron, muon, and tau masses to <0.2% accuracy.
m(R) ≈ ρ₀ · 2πR [C_core · ξ_c² + (κ²/4πv_L²) ln(R/a)]
Where particles are vortex loops of radius R in 4D.
This single equation predicts electron, muon, and tau masses to <0.2% accuracy.
Published my first physics paper a couple of weeks ago. Just a small math proof showing how a braided vortex structure adds new layers at a specific pitch. I conceptualized the idea and had AI help me write to proof and verification scripts.
doi.org/10.5281/zeno...
doi.org/10.5281/zeno...
Golden Ratio as Energy-Minimizing and Dynamical Attractor in Hierarchical Vortices
A simple rule is shown for how a braided vortex structure adds new layers selects a specific pitch: the golden ratio. The rule is: “add one layer, then use the previous pitch as the new layer spacing....
doi.org
August 28, 2025 at 4:14 AM
Published my first physics paper a couple of weeks ago. Just a small math proof showing how a braided vortex structure adds new layers at a specific pitch. I conceptualized the idea and had AI help me write to proof and verification scripts.
doi.org/10.5281/zeno...
doi.org/10.5281/zeno...