Dimensions
Dimensions are treated as physical levels with characteristic geometry, energy behavior, interactions, and possible forms of matter or existence.
DPT ABOUT THE RESEARCH PROGRAM
About DPT
class="about-description"> Dimensional Physics Theory is an independent theoretical research framework investigating whether space, time, energy, matter, and fundamental interactions can be understood through a structured dimensional hierarchy.
This website was created by Javier Aguilar to provide a wider access to DPT.
DPT FRAMEWORK
RESEARCH MODEL
DPT
DIMENSIONAL
PHYSICS
THEORY
SPACE
TIME
ENERGY
FORCE
DIMENSION
01
DEFINITION
What is Dimensional Physics Theory?
DPT proposes that physical reality can be studied as a hierarchy of dimensional systems, each characterized by its own relationship between space, time, energy, interaction, and physical structure.
Space & Time
Space and time are studied as dimensional properties whose behavior changes depending on the structure of the dimension being considered.
Energy
Energy is treated as a central quantity linking dimensional structure with matter, interaction, motion, and physical change.
Fundamental Forces
DPT investigates whether different fundamental interactions may correspond to specific dimensional regimes or emerge from dimensional structure.
02
ORIGIN
Why DPT was developed.
The project began as an attempt to ask a broader structural question: what if the familiar components of physics are not independent categories, but different expressions of an underlying dimensional organization?
FOUNDATIONAL QUESTION
Can space, time, energy, matter, and fundamental interactions be organized within one dimensional framework?
01
Concept
Begin with the idea that reality may be organized through multiple dimensional layers.
02
Structure
Define how space, time, energy, forces, and beings may correspond to each dimension.
03
Mathematics
Translate the conceptual framework into equations and quantitative relationships.
04
Testing
Identify which predictions can be simulated, compared with known systems, or eventually tested experimentally.
03
RESEARCH PHILOSOPHY
Build the theory in layers.
DPT is being developed progressively, beginning with conceptual organization, followed by mathematical formulation, computational modeling, and eventually empirical evaluation.
Ask structural questions.
Develop a coherent conceptual model before forcing the theory into mathematical form.
Define relationships.
Express assumptions and dimensional relationships quantitatively wherever possible.
Explore consequences.
Use computational models to investigate the behavior implied by the equations.
Test against reality.
Meaningful physical claims ultimately need measurable predictions and empirical tests.
04
FRAMEWORK ARCHITECTURE
The structure behind DPT.
The theory is organized around recurring categories that can be examined across every dimensional level.
DPT
Dimensional Structure
SPACE
Geometry of the dimensional system
Space defines the geometric structure available within a dimension and determines the directions and forms through which physical systems can be organized.
05
CREATOR & RESEARCHER
Javier Aguilar Castano
DPT is an independently developed research project combining interests in physics, mathematics, computing, simulation, and engineering.
SCIENTIFIC POSITION
A theory must remain open to being wrong.
DPT should be evaluated by the same standards applied to any physical theory: internal mathematical consistency, agreement with established observations where appropriate, new quantitative predictions, falsifiability, and reproducible experimental evidence.
01
Transparency
Clearly state assumptions and equations.
02
Comparison
Compare predictions with established physics.
03
Falsifiability
Define conditions under which a model fails.
04
Revision
Change the theory when evidence demands it.
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