HODONG CHUNG'S COMPLEX-DIMENSIONAL WORLDVIEW
HODONG CHUNG'S COMPLEX-DIMENSIONAL WORLDVIEW
( youtube also type ''Energy-Velocity-Information Boundary Theory, EVIB Theory
: A Unified Model of Life, Universe, and Virtual Space)
This paper proposes the Energy–Velocity–Information Boundary Theory (EVIB Theory), a unified framework that explains life, the universe, and virtual internet space through a single principle. The central claim is:
Life=E-boundary,Universe=v-boundary,Virtual space=I-boundary.
Life is a structure in which energy flow forms a boundary—the cell membrane—that sustains information. The universe is a system in which velocity differences and phase progression form an event-horizon-like boundary that sustains causality. Virtual internet space is a structure in which information flow forms a network boundary that sustains meaning and memory.
This theory treats life, the universe, and virtual space not as fundamentally different kinds of existence, but as different dominant variables of the same underlying principle: energy E, velocity v, and information I circulating across boundaries and stabilizing into coherent structures. The proposal connects nonequilibrium thermodynamics of living systems, holographic studies of black-hole and cosmological event horizons, and information-based approaches to spacetime.
For More Information www.youtube.com/@hodongchung9341
The Integrated Evolution of Human Civilization, Brain Circuits, and Movement
( youtube also type ''The Integrated Evolution of Human Civilization, Brain Circuits, and Movement'' )
This framework combines three nested evolutionary sequences: six stages of human civilization, five stages of movement, and five stages of brain circuit. It is a conceptual model for thinking about possible futures, not an accepted scientific theory or a forecast. The civilizational sequence moves from liberation from labor and basic needs toward reduced disease, expanded presence across space and time, variable forms of existence, and finally liberation from the logic of power. The movement sequence moves from ordinary surface travel toward through-space routes, phase transitions, spacetime relations, and virtual transmission. The brain-circuit sequence moves from 2ⁿ silicon computation through ternary, biochemical, distributed biological, and conscious or virtual computation. Interpretive caution The correspondences in this document are philosophical alignments. They connect ideas across technology, biology, physics, and social organization without claiming that the stages are scientifically equivalent or historically inevitable. Three-Layer Architecture Civilization-the macro-social layer. Civilization describes how institutions, economies, infrastructures, and norms organize collective life. Its stages concern the constraints societies seek to reduce and the forms of cooperation they make possible. Brain circuits-the cognitive-computational layer. Brain circuits describe changing substrates and logics of computation, from silicon and ternary elements to biochemical, distributed, conscious, and virtual forms. Several categories are proposed metaphors rather than standard scientific classifications. Movement-the physical, phase-based, spacetime, and informational layer. Movement describes how bodies, signals, patterns, and identities may traverse environments or become present through changing relations rather than ordinary displacement alone. Together, the model proposes a progression from material automation to cognitive expansion and finally to transformed forms of existence. The three sequences need not occur at exactly the same historical time; they may overlap, accelerate, stall, or develop unevenly across communities. 1. Six Stages of Human Civilization Stage 1-Liberation from Labor Core liberation: Reduction of forced physical and mental labor so that human time can shift toward creativity, care, research, learning, and self-realization. Approximate speculative period: Beginning in the 21st century and developing unevenly as automation becomes more capable and broadly accessible.
For More Information www.youtube.com/@hodongchung9341
EV THEORY (SUPER-FLUID THEORY)
( youtube also type ''SUPER-FLUID Theory, EV Theory'' )
This paper introduces EV Theory, a novel theoretical framework that defines the fundamental fabric of the universe not as point-like particles or fixed-dimensional strings, but as a frictionless, pure spatial superfluid. While historical fluidic hypotheses—such as Lord Kelvin’s vortex atom theory and de Broglie–Bohm quantum hydrodynamics—offered early intuitive insights, they lacked a definitive mathematical mechanism explaining how the fluid medium dynamically generates spacetime and injects mass into matter.
To resolve this, we establish the mechanics of a Velocity-Mass Phase Transition driven by variations in spatial fluid frequency. We formulate a coupled system governing the interplay between fluid velocity (V) and mass (M): the linear Seesaw Conservation Law (V+M=C), regulated by the conservation constant (C), and the non-linear Seesaw Coupling Law (VM=K), regulated by the coupling strength constant (K).
Furthermore, we abandon the notion of rigid, fixed geometric backgrounds, proposing instead a dynamically variable dimensional space (2D ⇄ 3D ⇄ 4D) where dimensions transition fluidly based on field frequency thresholds. By shifting the paradigm from static, grid-centered geometries to fluid phase geometry, we demonstrate that the long-standing divergence paradoxes in modern physics (e.g., the cosmological constant problem and singularities) are mere mathematical artifacts of using discrete coordinate tools on a continuous fluidic medium. EV Theory thus provides a robust mathematical and physical foundation toward a true unified field theory.
For More Information www.youtube.com/@hodongchung9341
( youtube also type ''EV Theory'' )
This study presents a research dra that interprets the expansion and contraction of matter, particles, stars, galaxies, black holes, and the universe within a single fractal vortex cosmology, based on the Energy-Velocity Equivalence Theory (E-V Theory Version 2.0), which treats energy and velocity as fundamental equivalent physical quantities. In E-V theory, velocity is not merely a rate of motion but a fundamental dynamical state constituting all physical phenomena, and energy is not a fixed quantity separated from velocity but understood as emerging through coupling with a velocity field. From this perspective, E = mc² is reinterpreted not as a final equation encompassing all possible states, but as a special local solution valid in a specific macroscopic state where the speed of light is fixed. In the basic expression of E-V theory, E = K • V, K is a dimensional coupling coefficient that determines the phase transition state of the system and indicates how energy and velocity combine under specific spacetime conditions. Mass is not a fixed entity existing independently but an expression of a velocity field pattern observed under specific frequency regions and phase transition conditions.
For More Information www.youtube.com/@hodongchung934
The Five Stages of Movement: An Energy-Velocity, Resonance, and Spacetime Navigation Framework
( youtube also type ''The Five Stages of Movement'' )
The Five Stages of Movement: An Energy–Velocity, Resonance, and Spacetime Navigation Framework
This preprint presents a conceptual framework for describing movement as a progression from ordinary translation through a medium toward resonance-based navigation, spacetime relations, and the representation of information or identity patterns. The framework organizes these possibilities into five stages: surface movement, central or through-space movement, angular or phase-transition movement, spacetime-overlap movement, and virtual movement of information, memory, and consciousness.
The proposal connects the author’s broader Energy–Velocity Equivalence Theory, or E–V Theory, and LPT symmetry to a symbolic working relation, \(E \approx V\). It also explores resonance, phase difference, fluid analogies, spherical-world geometry, effective superluminal arrival, and diagonal versus stepwise navigation. These concepts are presented as hypotheses, analogies, or modeling devices rather than established physics. The framework does not claim experimental evidence for macroscopic phase transport, spacetime overlap, superluminal matter travel, variable light speed, imaginary fluids, or consciousness transfer.
The central research question is whether a mathematically precise theory could distinguish changes in physical velocity, energy, phase, information, and coordinate geometry while preserving appropriate conservation and causality requirements. The document therefore functions as a research map and falsifiability agenda, not as a completed propulsion theory.
Keywords
Movement; energy–velocity equivalence; resonance; phase transition; spacetime navigation; effective superluminal travel; information transfer; consciousness; E–V Theory; LPT symmetry; conceptual physics.
For More Information www.youtube.com/@hodongchung9341
Complex 10-Dimensional Universe-Galaxy Overlap Cosmology (Revised Version 2.2 Replacing version 2.0
( youtube also type ''Complex 6.5-Dimensional Universe'')
Complex 10-Dimensional Universe-Galaxy Overlap Cosmology (Revised Version 2.2 Replacing version 2.0)
As a continuous study of "Complex 6.5-Dimensional Cosmology Derived from the Light-Gravity Equation," this paper extends the framework to present the Complex 10-Dimensional Universe-Galaxy Overlap Cosmology. The core argument is that the physical universe should be understood not as a fixed, integer-dimensional manifold, but as a mean dimension structure formed by the superposition of real time and imaginary time. Cell membranes, event horizons, solitons, and viscous fluids are all interpreted as boundary phenomena showing that the imaginary universe operates locally in our proximity. This paper extends the concept of Weinberg-style corrections to the principle of dimensional correction. The real-time component is corrected from 0.5 to 0.8 dimensions, and the imaginary-time component is corrected from 1.0 to 1.2 dimensions. As a result, an effective dimension of approximately 7 dimensions is derived for an isolated universe, and approximately 10 dimensions are derived for a universe-galaxy overlap state. In this framework, the mean dimension serves as the physical standard; the actual universe is defined not by the extremes of an empty vacuum (emptiness) or a packed density (fullness), but by the intermediate state between them.
Keywords:
Complex Dimension, 10-Dimensional Cosmology, Universe-Galaxy Overlap, Light-Gravity Equation, Imaginary Universe, Event Horizon, Soliton, Viscous Fluid, Mean Dimension, Boundary Layer, LPT Symmetry, CPT Symmetry
For More Information www.youtube.com/@hodongchung9341
Complex 10-Dimensional Universe-Galaxy Overlap Cosmology: Why 10 Dimensions? (Version 2.0)
( youtube also type ''Complex 6.5-Dimensional Universe'')
This preprint develops a conceptual cosmological framework for discussing possible relations between the universe and galaxies through complex-dimensional notation. It distinguishes real and imaginary components, introduces an effective dimension, and treats galactic structure as an overlap contribution rather than as an entirely separate layer of reality. These terms belong to the proposed model; they are not being introduced as established physical entities or as the results of completed observational tests. The internal dimensional accounting retains the values 3 + 0.5 = 3.5, 2 + 1.0 = 3.0, and 6.5 dimensions. It then assigns the temporal changes 0.5 to 0.8 and 1.0 to 1.2, while the spatial contribution is written as 3 + 2 = 5. On this basis, the standalone universe is represented by 5 + 0.8 + 1.2 = 7, and the addition of a galaxy-overlap contribution yields 7 + 3 = 10. The associated notation is D = D_real + iD_imag and D_eff = D_real + D_imag; the relations L + G = C = 1 and LG = K = 1/4 sin²(2θ) are likewise retained as model relations whose physical interpretation remains open. The later chapters consider CPT and LPT, boundary layers, event horizons, soliton-like structures, an uncertainty relation, correction terms, average-dimensional reasoning, galaxy rotation curves, and large-scale cosmic structure. These connections indicate possible directions for interpretation and testing, not empirical demonstrations. A coherent mathematical formulation, explicit observables, and independent tests would be needed before the framework could be evaluated as a physical theory.
For More Information www.youtube.com/@hodongchung9341
EV Theory Revised 1.4 (Replacing EV Theory version 1.2)
( youtube also type ''EV Theory'' )
Revised 1.4 (Replacing Version 1.2)
Energy–Velocity Equivalence Theory(E-V Theory)
An Energy–Velocity Framework Based on LPT Symmetry
Research Draft
Author: Ho-Dong Chung
Document Type: Preprint — Research Framework, Not a Completed Theory
Version: September 2026 Draft
Abstract
This paper proposes the Energy–Velocity Equivalence Theory, which treats energy and velocity as fundamentally corresponding quantities. Starting from the basic principle
[
E=V,
]
the paper positions Einstein’s
[
E=mc^2
]
as a special case of the macroscopic universe under the condition (v=c). It proposes the working hypothesis that the existence of mass and the effective dimensionality of a system may vary according to its velocity range. Mass and spacetime are interpreted not as quantities that disappear, but as entities that may be mutually converted into velocity.
The seesaw structure of LPT symmetry is established as a higher-order principle, while existing relativity is incorporated through a hybrid approach. This document is not a completed theory, but a conceptual framework intended for further refinement and verification.
Keywords: Energy–Velocity Equivalence, LPT Symmetry, Variable Speed of Light, Mass Conversion, Hybrid Cosmology
1. Introduction
Many successful theories in modern physics assume spacetime as their fundamental stage. Einstein’s special and general theories of relativity fundamentally changed the understanding of spacetime by fixing the speed of light as a constant. Without negating these achievements, the present framework explores the possibility of elevating the relationship between velocity and energy to a more fundamental level.
The central questions are as follows:
Must energy be connected exclusively to mass?
Can a direct correspondence between velocity and energy be established as a fundamental relationship?
Is the speed of light (c) an absolute constant, or is it a specific boundary value?
In response to these questions, this paper presents a conceptual framework that combines LPT symmetry with the principle of energy–velocity equivalence.
For More Information www.youtube.com/@hodongchung9341
( youtube also type ''EV Theory'' )
EV Theory Version 1.2
This paper proposes the Energy–Velocity Correspondence
Theory (E–V Theory), which describes the relationship between
energy and velocity from a new perspective.
In modern physics, the relationship between mass and energy is
famously expressed by Einstein's
$$E = mc^2$$
In this study, instead of linking the fundamental descriptive
variable of energy solely to mass, we propose treating the direct
correspondence between velocity and energy as a basic
physical variable.
However, since velocity and energy have different physical
dimensions, this paper defines the dimensionless variables
$$\beta = \frac{v}{c} \qquad \epsilon = \frac{E}{E_0}$$
Accordingly, the simplest E–V correspondence hypothesis is
expressed as
$$\boxed{\epsilon = \beta} \qquad \text{i.e.} \qquad
\boxed{\frac{E}{E_0} = \frac{v}{c}}$$
This relation does not simply negate Einstein's $E=mc^2$;
rather, it serves as a starting point for exploring a new
descriptive framework that directly connects energy to velocity
as a dynamical variable. This paper examines the mathematical
meaning of this hypothesis, its relationship to relativistic energy,
possible interpretations regarding dimensional change,
potential cosmological applications, and possibilities for
experimental verification.
For More Information www.youtube.com/@hodongchung9341
( youtube also type ''HODONG'S DOUBLE BIG BANG COSMOLOGY'' )
This paper develops a Double Big Bang Cosmology grounded in Hegel's dialectical triad (Thesis–Antithesis–Synthesis). From the synthesis perspective, the Big Bang occurs once as a unified event; from each universe's perspective, it occurs twice—once in the Macro Universe (3D) and once in the Micro Universe (2D)—after separation at the Event Horizon.
Light and gravity are proposed to have a 90° phase relationship, analogous to the electric–magnetic relationship in electromagnetism. The Macro Universe (Positive Universe) consists of Light Stars and Gravity Black Holes, while the Micro Universe (Negative Universe) consists of Gravity Stars and Light Black Holes.
The Endless Middle Principle states: "The small is endless, the large is endless, and we are always in the middle." This framework unifies quantum mechanics and general relativity by interpreting the Event Horizon as the 3D↔2D boundary where light and gravity exchange roles.
Fundamental Equations:
Conservation Law: L + G = C = 1
Phase Complementarity: L × G = K = (1/4)sin²(2θ)
Our Time: θ = L/G
Anti-Universe Time: Ψ = G/L
Keywords: Hegel's Dialectics, Double Big Bang, Synthesis, Event Horizon, Macro Universe, Micro Universe, Light–Gravity Phase, Endless Middle, Quantum Gravity, LPT Symmetry, CPT Symmetry
For More Information www.youtube.com/@hodongchung9341
Complex 6.5-Dimensional Universe Derived from Light–Gravity Equations part one, 2026
( youtube also type ''Complex 6.5-Dimensional Universe'')
This paper proposes the LPT Framework, which derives the structure of the universe from two fundamental equations describing the interaction between light (L) and gravity (G): [L + G = C] [L × G = K = (1/4)sin²(2θ)=(0~0.25)] The first equation represents the conservation law, while the second represents the phase complementarity law. Based on these two equations, this paper naturally derives the microscopic universe, the macroscopic universe, the event horizon, and the complex 6.5-dimensional structure of the universe. The central problem of conventional quantum gravity is that the continuous spacetime of general relativity and the discontinuous, non-commutative field structure of quantum mechanics collide at the Planck scale or near the event horizon. General relativity describes gravity through curvature in four-dimensional spacetime, whereas quantum mechanics describes physical quantities through probability amplitudes and non-commuting operators in Hilbert space. When the two theories are directly combined, infinities, singularities, the information paradox, and the arrow-of-time problem arise. This paper defines this conflict as the "breakdown problem of the quantum gravity field." It argues that the origin of this breakdown lies in the fact that the microscopic universe and the macroscopic universe are governed by different mathematical structures. The microscopic universe is a high-energy fluid-like state composed of two spatial dimensions and one temporal dimension, in which background space and existence are mixed. This domain is governed by algebra. In contrast, the macroscopic universe is a sufficiently cooled energy state composed of three spatial dimensions and a 0.5-dimensional time structure, in which background space and existence are separated. In this domain, phase emerges and geometry becomes dominant. In the LPT Framework, the event horizon is not merely a boundary but a phase transition boundary defined by (C = 1). At this point, the light component (L) and the gravity component (G) reach maximum complementarity and tension, producing microscopic phase vibrations. These vibrations generate both concave-lens-like dispersion and convex-lens-like convergence, corresponding respectively to the real 3.5-dimensional universe and the imaginary 3-dimensional universe. Their combination forms the complex 6.5-dimensional universe. This paper also reinterprets Hawking radiation from the viewpoint of the LPT Framework. Hawking radiation is conventionally explained as the creation of virtual particle pairs near the event horizon, where one particle falls into the black hole and the other escapes as radiation. In the LPT Framework, this process is interpreted as an ( L ↔ G ) phase transition and as a phase-encoded information process within the complex 6.5-dimensional structure. Thus, information may not be completely destroyed but instead preserved as phase relations between the real and imaginary components of the universe. Rather than forcing quantum gravity into a single unified field, this study proposes that microscopic, macroscopic, and boundary regions possess different dimensional and mathematical structures, which are connected within a single LPT symmetry space. Through this approach, the breakdown of the quantum gravity field, the information paradox at the event horizon, and the arrow-of-time problem can be interpreted as parts of one phase-topological structure.
For More Information www.youtube.com/@hodongchung9341
Homepage https://sites.google.com/view/hodongchung
3.The Universe of Prime Numbers; From Eratosthenes to Riemann and Mersenne
( youtube also type ''The Universe of Prime Numbers From Eratosthenes to Riemann and Mersenne'' )
This paper extends the Light–Gravity (L–G) Theory into a cosmological framework that unifies number theory, quantum physics, and cosmology. The model introduces the Mid-Origin Cosmology, where the universe begins not from a singular point but from a balanced midpoint between light (L) and gravity (G). The framework also incorporates the Real–Imaginary Universe, describing the coexistence of real (observable) and imaginary (hidden) domains separated by the Black Hole Boundary, where K = 0.25 marks the transition between the two.
Prime numbers, the Riemann Hypothesis, and Mersenne primes are interpreted as mathematical reflections of this universal balance. The paper excludes phase mechanics but retains the full cosmological and mathematical structure.
For More Information www.youtube.com/@hodongchung9341
.2.L-G Solution to the Seven Millennium Prize Problems; System of Equations and Universality of K=0.25
( youtube also type '''The Seven Millennium Prize Problems')
This paper proposes that the seven Millennium Prize Problems defined by the Clay Mathematics Institute are not independent but form a single system of coupled equations. Through the L-G equation (L + G = C, L × G = K), which describes the interaction between light (L) and gravity (G), it is shown that all seven problems share a common solution at K = 0.25. In particular, Grigori Perelman’s proof of the Poincaré Conjecture is interpreted as the confirmation of K = 0.25, implying that the remaining problems can be resolved through the same structural principle.
Keywords: Millennium Problems, L-G Equation, K = 0.25, Coupled System, Riemann Hypothesis, Poincaré Conjecture
For More Information www.youtube.com/@hodongchung9341
( youtube also type ''LPT SYMMETRY THEORY'' )
We propose LPT Symmetry Theory, a meta-law framework built on two fundamental principles governing
all dual physical systems: the Conservation Law (L + G = C) and the Complementarity Law (L x G = K).
Here L represents the dispersive pole (Light, electricity, radiation), G represents the convergent pole
(Gravity, magnetism, mass), C is the conservation constant, and K is the coupling strength constant. We
demonstrate that K = (1/4)sin^2(2theta), where the seesaw angle theta encodes the L/G ratio of any
physical system. The Weinberg angle theta_W approximately 29 degrees yields K = 0.2491 approximately
1/4, placing our universe slightly below the symmetry-breaking boundary C = 1. We extend this framework
to encompass electromagnetic duality (alpha x alpha-tilde = 1), black hole thermodynamics (C = 1 as the
event horizon boundary), a cardiac-phase cosmological model, and a periodic table of physical equations
ordered by K-value. The framework predicts that structures in the universe emerge near the Riemann
critical line Re(s) = 1/2, corresponding to the theta = 45 degrees equilibrium, and that large-scale cosmic
structures are indexed by Mersenne prime dimensions.
Keywords: LPT symmetry, seesaw duality, coupling constant, Weinberg angle, cardiac phase cosmology,