THE TIERS of TIME³:
A Unified View of Reality

By Lukhaz Jonez
September 12th, 2024,
Here

Introduction: The singularity reaches out.

For centuries, scientific thought has pursued a unified theory that can comprehensively explain the fundamental forces governing the cosmos, the nature of matter, and the flow of time. With the development of General Relativity by Einstein, the field of Quantum Mechanics, and more recent advances such as String Theory and M-Theory, our understanding of the universe’s fabric has grown increasingly sophisticated. Yet, significant gaps persist in bridging these disparate frameworks, particularly when it comes to gravity at quantum scales and the integration of consciousness into physical theory.

The Tiers of Time³ theory builds on these frameworks by introducing Planck-based units, a detailed exploration of time and information behavior across dimensions, and a deeper analysis of mass, energy, and information interactions. This theory offers a synthesis that integrates the observable universe, quantum mechanics, and the conscious experience into one unified theory of reality, rooted in dimensional mirroring, supersymmetry, and M-Theory. Using elements such as Planck units, noncommutative space, and a reclassification of Standard Model particles, it provides a structured framework for understanding the multidimensional flow of time, mass, and information.

This theory incorporates key findings from Fuzzy Gravity (Roumelioti et al., 2024) and Planck-Scale Formalism (Srichan et al., 2024), grounding the Tiers of Time³ in established theoretical physics while pushing forward with innovative extensions.

1. Universal Elements (UE) and Fundamental Forces

At the heart of the Tiers of Time³ theory lie three Universal Elements (UE):

  • Information (I)

  • Energy (E)

  • Mass (M)

These elements form the basis of reality, with their interactions mediated by fundamental forces across various dimensions. The Tiers of Time³ theory utilizes Planck length (PL) and Planck time (PT) as the foundational units of measurement for information transfer and gravitational interaction.

  • Planck Length (PL): The smallest measurable distance at which gravity acts, corresponding to 1.6 × 10−35 meters.

  • Planck Time (PT): The smallest unit of time, measuring 5.39 × 10−44 seconds, representing the interval over which a single unit of information can be transferred.

In this theory, gravitons mediate the gravitational interaction between informational units. Gravity, here, is conceptualized as a conscious force, pulling together packets of 1D information into structures that form the base layer of reality. This understanding offers a deeper exploration of how gravity interacts with higher-dimensional frameworks.

Information (I)

Information is the most fundamental building block of reality, represented by Planck time. Each unit of Planck time is a discrete “bit” of information, transferred via gravitons at Planck length. These gravitons create 1D informational strings, forming the core structure from which energy and mass emerge.

Energy (E)

Energy arises from the interactions of informational units, with the Electromagnetic Force (EMF) governing these interactions. Energy fields mediate the flow between informational mass and energetic mass, manifesting phenomena such as light, electricity, and magnetism. Energy is measured by its transfer between dimensional structures.

Mass (M)

Mass emerges from the compression and interaction of information and energy. It is governed by the Strong Nuclear Force (SNF) and Weak Nuclear Force (WNF), which control how matter forms, binds, and decays. Mass is the densest form of reality and provides structure across the Tiers of Time³.

Fundamental Forces as Phase Transitions

In The Tiers of Time³, the four fundamental forces of physics are reconceptualized as phase transitions between dimensions:

  • Gravity (D1-D4): Represents the force binding informational units at Planck length, with time (D4) mirroring its flow.

  • Electromagnetic Force (D2-D5): Emerges as a result of energetic fields, governed by probabilistic time in D5.

  • Weak Nuclear Force (D1-D5): Binds informational mass in probabilistic time, controlling particle decay and state transitions.

  • Strong Nuclear Force (D2-D6): Holds energetic mass in stable forms, preventing mass dissipation into higher dimensions.

These forces drive the interactions of Information (I), Energy (E), and Mass (M), establishing the dimensional framework for reality.

2. Dimensional Structure and Mirrored Relationships

The Tiers of Time³ framework builds on M-Theory, introducing 12 dimensions that align with String Theory’s multidimensional space. Each dimension takes on a unique role, governing the behavior of mass, energy, and information across time and probabilistic realities.

Core Dimensions:

  • D1 (Information): A line of information, mediated by gravitons at Planck time. Represents the smallest, most fundamental unit of informational mass.

  • D2 (Energy): A plane where energetic fields emerge. The EMF governs the flow of energy between informational units.

  • D3 (Mass): The dimension where mass forms. Governed by the SNF, it allows matter to take stable shape.

Temporal Dimensions:

  • D4 (Time): Represents time consumed (forward linear time) in a negative time flow, governing the forward progression of information.

  • D5 (Probabilistic Time): Allows for the lateral movement of energy across probabilistic timelines. This dimension governs time creation and probabilistic transitions.

  • D6 (Neutral Time): The unification of informational mass and energetic mass, allowing for balanced interactions across time and probability.

Higher Dimensions and Consciousness:

  • D7 to D12: These dimensions encompass the broader multiversal structure and the interactions of consciousness with time, mass, and probability. D12 serves as the singularity of consciousness, where Information (I), Energy (E), and Mass (M) converge, balancing the entire multiversal structure.

3. Reclassification of the Standard Model and Particle Interactions

The Standard Model of particle physics serves as the foundation for understanding the behavior of quarks, gluons, leptons, and bosons within the Tiers of Time³ framework. This theory reclassifies particles based on their dimensional interactions and vector dynamics across time and probability.

Quarks and Gluons:

Quarks, as energetic mass, are responsible for the movement of mass across D3 to D6. Gluons, which mediate the interactions of quarks, operate across six directional vectors. In the Tiers of Time³, gluons represent the dimensional shifts of quarks through probabilistic time, with color charges (RGB for matter, CMY for antimatter) representing these transitions.

  • Dimensional Mirroring: Quarks and gluons exhibit mirrored relationships between D4 (matter) and D8 (antimatter), as well as D5 (probabilistic time positive) and D10 (probabilistic time negative).

Leptons and Bosons:

Leptons serve as the carriers of informational mass, while bosons (W and Z) facilitate state transitions in probabilistic time. The W boson alters lepton charge, while the Z boson maintains neutral informational mass across dimensional transitions.

4. Dimensional Mirroring and Probabilistic Vectors

A key feature of the Tiers of Time³ framework is its treatment of time and probabilistic vectors, which govern the movement of mass, energy, and information across both linear and probabilistic time.

  • D4 and D8: These dimensions mirror time positive (forward time flow) and time negative (antimatter). This mirroring ensures that time operates in both directions, allowing for the possibility of time reversal.

  • D5 and D10: These dimensions represent probabilistic time flows, where the quarks and gluons engage in dimensional interactions that define probabilistic outcomes.

5. Conclusion: A Unified Theory of Time³

The Tiers of Time³ theory successfully unifies General Relativity, Quantum Mechanics, and M-Theory into a cohesive framework. By utilizing Planck units as the foundation for information exchange, the theory offers a structured view of how Information (I), Energy (E), and Mass (M) interact across time, space, and probability. The use of noncommutative geometry (Roumelioti et al., 2024) and Planck-scale formalism (Srichan et al., 2024) grounds this theory in established physics, while also expanding on speculative realms like supersymmetry and dimensional mirroring. The theory provides a comprehensive view of consciousness as an integral force, mediating the flow of information and governing dimensional interactions across the multiverse.

Citations:

  • Roumelioti, D., et al. (2024). Fuzzy Gravity: Four-Dimensional Gravity on a Covariant Noncommutative Space and Unification with Internal Interactions. Fortschritte der Physik.

  • Srichan, C., et al. (2024). On the Same Origin of Quantum Physics and General Relativity from Riemannian Geometry and Planck Scale Formalism.