Back to Papers
Fermionic Spectrum from Twistor–Scalaron Topological Emergence
Abstract
Shows that all Standard-Model fermions, their threefold family replication, and precise gauge charges arise as topological excitations of a single scalaron–twistor bundle, replacing ad-hoc matter content with geometry-driven modes.
Key Results
- Standard-Model fermions emerge as twistor–scalaron zero-modes, not inserted by hand
- Winding-number 3 of the bundle traps exactly three chiral families
- Anomaly cancellation and charge quantization follow automatically from bundle topology
Citation
@article{Fitzpatrick2025RFT10_4,
author = {Fitzpatrick, I.},
title = {Fermionic Spectrum from Twistor–Scalaron Topological Emergence},
journal = {RFT Cosmology Preprint},
year = {2025},
note = {Version 10.4}
}