Post-Dissertation HUTR / AI-Assisted Mathematical Research
Year: 2026
Type: article
Abstract: Post-dissertation mathematical research by Scott Hunter Hughes, organized as a five-paper specialist research series within the HUTR program. The package develops and examines AI-assisted mathematical models and hypotheses following the foundational DarkStar dissertation. The five specialist papers address: (1) Dynamic Gravity / State-Transition Hypothesis; (2) Radiation–Electron State Dynamics; (3) Electron–Positron Bipolar Outflow Hypothesis; (4) Carbon Ionization and Matter Transformation; and (5) State Recurrence Mathematics. The package distinguishes established physical principles from proposed mathematical constructs, exploratory hypotheses, toy models, and unresolved research questions. It is intended as a research record for continued mathematical development, falsification testing, comparison with established physics, and independent review. This work is a post-dissertation research package. It is separate from the foundational DarkStar dissertation and separate from the later radiation space-time propulsion research program and gravitational theorem work.
Author: Hughes, Scott Hunter
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7219620895
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