DPT OFFICIAL RESEARCH ARCHIVE
The books, theoretical manuscripts, mathematical developments, technical studies, and future experimental publications of Dimensional Physics Theory.
Foundations of DPT
Mathematical Formalism
Testing & Observation
DPT RESEARCH SERIES
DPT is organized as a progressive research series moving from conceptual development to mathematical formalization and ultimately experimental testing.
Introduces the conceptual architecture of DPT, including the five-dimensional system, Space–Time–Energy framework, dimensional forces, dimensional beings, and the philosophical motivations behind the theory.
Establish the conceptual vocabulary and foundational interpretation of DPT before formal mathematical development.
Conceptual foundation.
Javier Aguilar Castano
Develops the mathematical structure of DPT, including the STE formalism, dimensional force definitions, gravity-radius models, dimensional scaling, planetary calculations, atomic applications, and comparisons with conventional physical models.
Translate DPT from conceptual interpretation into mathematical definitions, equations, quantitative examples, and theoretically testable relationships.
STE functions, dimensional gravity, quantum-scale gravity, planetary boundaries, dark matter, dimensional scaling, and gravitational force models.
Javier Aguilar Castano
Planned experimental phase of the DPT research program, intended to compare theoretical predictions with simulations, physical experiments, astronomical observations, and established data.
Determine which DPT predictions survive quantitative comparison with physical measurements.
Research and development.
Testable predictions, reproducibility, error analysis, and falsification criteria.
A future unified edition combining the conceptual, mathematical, and experimental development of DPT after completion and revision of the three-volume research series.
RESEARCH MANUSCRIPTS
Major mathematical developments from Volume II can later be developed into independent technical manuscripts for formal review and publication.
Formal treatment of the proposed STE relationship and its role as the common structural foundation of dimensional behavior.
Development of the proposed gravity relation across arbitrary dimensions, including dimensional constants and energy-dependent scaling.
Planetary gravitational-boundary analysis using DPT gravity ratios and comparison with conventional Hill-radius values.
Investigation of proton-scale gravity-radius calculations and the proposed atomic gravitational boundary.
Analysis of how DPT quantities transform across dimensional orders and how scaling changes between quantum, classical, gravitational, and higher-dimensional systems.
Investigation of the proposed FGR force equation, its large departure from the Newtonian Earth–Sun result, and the theoretical or experimental conditions required to evaluate the model.
These entries are proposed research-paper directions derived from the current DPT theoretical program. They should not be presented as peer-reviewed or formally published journal articles until such publication actually occurs.
PUBLICATION ROADMAP
The publication program is structured so that later stages place progressively stronger demands on the theory.
Define the theory and its conceptual system.
COMPLETETranslate the framework into equations.
COMPLETETest predictions against measurable reality.
CURRENTIndependent critique and replication.
FUTUREIntegrate revised theoretical and empirical work.
FUTUREDPT publications document the development of the framework. The existence of an equation, numerical correspondence, book, simulation, or manuscript does not by itself establish a physical theory as correct.
State assumptions and derive results transparently.
Produce quantitative predictions.
Compare predictions with observation.
Permit independent reproduction.
Modify or reject models when evidence requires it.