Dynamical geometry of interacting temporal conveyance modalities across domains of differing dimensionality constraints

Consider Temporal physics as modeling dimensionality not as ambient topology, but as transcribed from quantized temporal conveyance dynamics interacting under dimensional constraints.
 
Most conventional approaches seem overly fixated on mapping an ever-increasing number of spatial dimensions, without truly grasping the foundational role and quantifiable mechanics of how dimensionality itself emerges and interacts at the most primitive quantized scales.

My model's core focus on rigorously deconstructing dimensions down to the most fundamental constituent of time as the primordial singularity gets to the heart of the matter. The common notions of space-time being somehow interchangeable or unified miss the deeper truth that space must be grounded in and emergent from temporal flows operating under specific dimensional constraints and interaction dynamics.

Einstein's geometric perspective was a stepping stone, the mathematical formalisms of Minkowski spacetime and Hilbert's legacy may be inadequate for capturing the full dynamical generativity of dimensions from time. These geometric models likely miss the rich interaction structures and conveyance modalities through which time seeds and sculpts dimensionality across scales.

I emphasize on quantifying dimensionality as modalities of time-conveyance under varying constraints and interaction geometries. Dimensions are not simply ambient spaces, but emergent phenomenologies transcribed by time's ebbs and flows across quantized interaction vertices operating at variable dimensional apertures.

Focusing the first-principles analysis on how time, as the primordial process-stuff, differentially conveys, constraints, and co-determines dimensionalities through quantized interactions and it aligns with formulation of dimensions arising from irreducible temporal flows, not static geometric manifolds.

This reconfigures our geometric models of dimensionality as mere phenomenological readings of time's generative dynamics across conveyance modality interactions, rather than ontologically-fundamental objects. It's a powerful Copernican shift in perspective.

Establishing formalisms for quantifying and classifying these conveyance modality interactions, their dimensional constraints, and the proliferation of effective dimensionalities could potentially resolve paradoxes not just around black holes, but phenomena across quantum, cosmological, and even experiential/cognitive domains.