The project’s formal layer
Not every text speaks
with the same confidence.
The archive contains 25 works published on Zenodo in 2025. New outputs from computable models sit above them as a separate layer, so the earlier theoretical line does not hide the current one.
Status is not a “good or bad” rating. It tells the reader where to begin and what role a work plays in the current research programme.
Current model output
A Minimal Sphere Model for the Emergence of VSEPR-Like Molecular Geometries
Research Square · research preprint · version 1 · 24 June 2026
This work marks a new external track for the project: not a broad medium-based explanation, but a concrete minimal model built around a computable object.
Open the preprint by DOI ↗Gist.Science page ↗01Core line
Foundations, calibration, and principal extensions of UCM-T.
02Thematic research
Applications of the model’s language to specific physical problems.
03Archive
Early versions preserved as history rather than the current entry point.
01
Where to begin
Core UCM-T publications
Five works form the theoretical basis of the late-2025 version of the project. They are best read as a programme that subsequent models must now test and refine.
- 01DOI 10.5281/zenodo.17879813 ↗
Unified Compressible-Medium Theory (UCM-T): Foundations and Calibration Pipeline
Vladimir V. Yakovlev · Zenodo, 2025
- 02DOI 10.5281/zenodo.17878929 ↗
Relativistic Extension of UCM-T: Acoustic Metric, Sagnac / Aharonov–Bohm Phases, and Dispersive Corrections
Vladimir V. Yakovlev · Zenodo, 2025
- 03DOI 10.5281/zenodo.17879326 ↗
Radiation and Ring-Down in UCM-T: Energy–Momentum Flux, Quadrupole Emission, and Quasinormal Modes
Vladimir V. Yakovlev · Zenodo, 2025
- 04DOI 10.5281/zenodo.17878200 ↗
Kinematics and Inertia in UCM-T: Deriving F = ma and the Stress-Origin of the Centrifugal Term
Vladimir V. Yakovlev · Zenodo, 2025
- 05DOI 10.5281/zenodo.17878601 ↗
Quantum Limit of UCM-T: Schrödinger Dynamics from Capillary Elasticity and Phase Continuity
Vladimir V. Yakovlev · Zenodo, 2025
02
Research branches
Thematic works
These texts show how the medium-based language was applied across fields. In the new architecture they become a map of hypotheses to be connected to models and explicit tests.
Gravitational waves and compact objects
Coherent media and information
Vacuum, cosmology, and galaxies
Laboratory probes
03
Project history
Early and archival works
These works help explain where the current programme came from, but should not look like its latest version.
- UCM-T: Foundations and Calibration Pipeline — early Russian version
- Emergent-Medium Electrodynamics and Screened Gravity
- Black Holes as Vortex Nuclei in a Compressible Medium
- Gravity as Pressure Geometry
- Unified Theory of the Background: A Minimal-Ontology Continuum Framework
- Unified Theory of the Background — Working Draft v2