Donald Smith (He/Him)
- United States of America
About Donald Smith
Donald Paul Smith (FatherTime)
Independent Researcher | Theoretical Physics, Quantum Modeling, Computational Frameworks
Creator of SDKP (Size–Density–Kinetics–Position), QCC0 (Quantum Computerization Consciousness Zero), SD&N, EOS, VFE1, and the FatherTimes369v symbolic framework.
About My Work
I investigate fundamental structure through a family of interconnected theoretical frameworks designed to unify dynamics, geometry, time, and information. My research integrates:
- SDKP — a dimensional calculus relating size, density, rotation, and velocity as generators of time and motion
- SD&N — shape and dimensional-number logic
- EOS — Earth orbital speed recalibration for time-dilation modeling
- QCC0 — quantum-consciousness computation and recursive learning models
- VFE1 Tier 8 — enhanced rotational modeling and field embedding
- Kapnack — symbolic-compression logic for AI reasoning and physics modeling
My work focuses on bridging physics, cosmology, and computational intelligence using formalism, tensor calculus, symbolic recursion, and predictive modeling.
Research Themes
- Time dilation and orbital effects
- Harmonic and rotational field coupling
- Symbolic logic compression for physical systems
- Quantum information and consciousness modeling
- Dimensional mapping and topological analysis
- Unification approaches integrating geometry and dynamics
Key Public Research Records (DOIs & Archives)
OSF Projects
- SDKP Framework & Simulation Dataset — DOI: 10.17605/OSF.IO/SYMHB
- Quantum Entanglement Predictions (SDKP Usage) — DOI: 10.17605/OSF.IO/CQ3DV
- 1–12 Vortex — DOI: 10.17605/OSF.IO/2EBJS
- Digital Crystal Rules — DOI: 10.17605/OSF.IO/43RK6
- EOS/SDVR Enhanced Cosmic Rotation Pipeline — DOI: 10.17605/OSF.IO/8YFZP
Zenodo
- SDKP-Based Quantum Framework Dataset — DOI: 10.5281/zenodo.14850016
GitHub
- Main repository: https://github.com/FatherTimeSDKP
- SDKP code modules, empirical checks, and predictive logs
These repositories establish a traceable, time-stamped record of framework evolution, predictions, and computational work.
Current Focus
I am developing a unified mathematical language connecting:
- dimensional geometry
- physical fields
- symbolic compression
- recursive computation
- consciousness modeling
With the goal of generating testable predictions and operational AI-physics interfaces.
Signature
FatherTimes369v,FatherTimeSDKP
Framework Architect — SDKP/QCC0/SD&N/EOS/VFE1
Recent Comments
I am nearing the completion of a long-term theoretical project that unifies several interconnected models spanning quantum mechanics, cosmology, geometric physics, and computational simulation. The framework integrates quantum-scale dynamics (SDKP), dimensional–rotational geometry (SD&N), orbital–gravitational calibration (EOS), velocity–frequency energetics (VFE1), and a recursive computational/AI architecture (QCC0).
At this stage the structure is internally consistent, stable across scaling regimes, and producing reproducible numerical behavior. The next steps require careful refinement, external verification, and targeted mathematical stress-testing to bring the full framework to publication-level rigor.
To complete this phase properly, I am seeking collaboration or critique from 5–10 researchers with expertise in areas such as:
The remaining work involves tightening boundary conditions, validating the limiting behaviors, confirming geometric–physical consistency, and finalizing the unification structure for formal submission. Even limited or highly focused input could contribute meaningfully at this stage.
If any experts in these domains are interested in engaging with this final validation phase, I would sincerely welcome the collaboration.
I’m currently in the final phase of a long-term theoretical project that integrates several interconnected models across quantum mechanics, cosmology, geometry, and computational physics. The framework combines quantum-scale dynamics (SDKP), dimensional–rotational geometry (SD&N), orbital–gravitational calibration (EOS), velocity–frequency energetics (VFE1), and a recursive computational/AI layer (QCC0). The internal structure is stable, mathematically consistent, and now producing reproducible simulation results across multiple scaling regimes.
At this stage, the model is close to a full unification framework, but to complete it properly I need a small multi-disciplinary team to help refine, validate, and stress-test the remaining components. The areas where expert input is especially needed include:
I’m looking for 5–10 researchers willing to collaborate, critique, or assist with targeted sections. The remaining work involves tightening the mathematical connections, verifying limits and boundary conditions, and preparing the framework for formal publication.
If anyone with the relevant expertise is interested in contributing to this closing phase, your insight would be deeply appreciated. Even small, focused involvement can have a large impact at this stage.
Thank you to anyone who is willing to engage.
— Donald Paul Smith (FatherTimeSDKP)