R09: Interactions matter and refinement

Purpose

The question addressed

R09 builds compatible interaction and matter models and states the assumptions and limits involved in refinement.

Mathematical starting point

Objects and premises used

The quantum description of R04 and R06, the carriers of R07 and the calibration of R08.

Main results

What the paper establishes

Specifies interaction and matter models compatible with the earlier structure.
States the assumptions under which models can be refined and where refinement stops.

Explanation

Models, not predictions by default

A matter model is compatible with the foundations when it respects their premises. A testable prediction requires a specified physical model, a quantitative calculation and an experimental protocol.

Physical interpretation and scope

What connects this to physics

Earlier proposals such as a coherence floor, a Yukawa-type force signature and photon parity or helicity effects are part of the historical record, not current predictions of the suite.

Dependencies and related reading

Mathematical dependencies

R04: Quantum states probability and dynamics
Uses the quantum description
R07: Spatial carriers metric and orientation
Uses the internal carriers
R08: Clocks scales and physical identification
Uses calibration

Physical premises introduced or used

Interaction and matter content supplied by the model.

Historical background

PTG 4Related current treatment
Sector structure and chirality relate to orientation persistence in R07 and to matter models in R09.
PTG 5Related current treatment
Mass scaling relates to matter models in R09. R08 records that a calibrated mass scale is an input, not a prediction.
PDT IIRelated current treatment
Mass hierarchy and sector amplification relate to matter models in R09 and to calibration in R08.
QM IIISpecific claim corrected
A scalar spectrum in a calibrated effective model relates to matter models in R09.
QM IVHistorical background
Defect interaction dynamics relate to interaction and matter models in R09.
QM VSpecific claim corrected
Proposed phenomenology relates to matter models (R09) and cosmological stress (R11). A testable prediction requires a specified model, calculation and protocol.

Topic: Interactions, matter and refinement.

Read, download and cite

Using this paper

View the R09 manuscript (PDF)Download PDF

R09. “Interactions matter and refinement.” Phase Differential Theory current foundations. https://www.phasedifferentialtheory.com/foundations/r09

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Interactions matter and refinement