Project: TopMod Framework
Effective Geometric Modulation of Photon Propagation
This repository serves as the official distribution point for the TopMod document triad. The project proposes a minimal phenomenological model in which local space-time structure acts as an active geometric background, producing a direction-dependent modulation of photon propagation. The framework is strictly designed to be tested, confirmed, or excluded by precision laboratory measurements.
Status: Falsifiable working baseline for experimental review.
Document Triad (Release v1.0)
01. Theoretical Foundation
Formulates the theoretical minimal model, the central cos(2θ) laboratory signature, and the core logic of falsifiability.
Download Main Paper (PDF)
Formulates the theoretical minimal model, the central cos(2θ) laboratory signature, and the core logic of falsifiability.
Download Main Paper (PDF)
02. Technical Addendum
Strictly separates reference frames (laboratory-fixed vs. inertial), maps the falsification logic to existing SME bounds, and defines independent sensitivity benchmarks.
Download Addendum (PDF)
Strictly separates reference frames (laboratory-fixed vs. inertial), maps the falsification logic to existing SME bounds, and defines independent sensitivity benchmarks.
Download Addendum (PDF)
03. Waveguide Test Protocol (RF/VNA)
Translates the phenomenological approach into a concrete test channel using evanescent microwave waveguides. Includes rigorous experimental protocol and systematic error budget.
Download Test Protocol (PDF)
Translates the phenomenological approach into a concrete test channel using evanescent microwave waveguides. Includes rigorous experimental protocol and systematic error budget.
Download Test Protocol (PDF)
Contact / Feedback
For critical experimental assessment, VNA protocol reviews, or general inquiries, please reach out via email.
Email: topmod@mframeresearch.de