Space, time, matter, and consciousness as a single coordinate system for everything we feel and build. This page is a long-form notebook of that model.
Abstract
This paper presents a deeply original and emotionally grounded theory of reality that integrates the physical with the conscious. We propose that reality is not merely a set of objective measurements of space and time, but rather a dynamic, personalized coordinate system composed of four essential elements: Space (S), Time (T), Matter (M), and Consciousness (C). Every lived moment, dream, decision, or memory is mapped as a distinct coordinate r = (s, t, m, c). Through this framework, we explore how realities are constructed, how timelines branch, how consciousness plays an indispensable role in experience without influencing physical history, and how multiverse travel may be logically modeled. This theory offers an accessible approach that combines deep emotional introspection with structured physical reasoning, opening doors to experimental tracking, simulation, and philosophical clarity.
Introduction
Reality has always been both familiar and elusive. We live inside it, act upon it, and are shaped by it, yet the question “What is reality?” remains unresolved in physics, philosophy, and even spirituality. Traditional science defines reality based on quantifiable variables: space, time, and matter. These form the backbone of our physical universe. But human beings do not merely observe the universe, they experience it. They remember, imagine, reflect, and dream. These inner states are not made of matter in the conventional sense, yet they are undeniably real to the person experiencing them.
This paper builds from the intuition that reality is not only external and objective, but also internal and subjective. We propose that any given moment in a person’s life can be represented as a unique coordinate based on four essential inputs: space (s), time (t), matter (m), and consciousness (c). This formulation, expressed as r = (s, t, m, c), gives a complete snapshot of experienced reality. Importantly, we introduce the Consciousness Index per Moment of Reality (CIMR) as a formal way to quantify subjective awareness. Our theory shows that only changes in S, T, or M can create timeline branches, while changes in C affect perception but do not split timelines. This distinction gives rise to profound explanations for dreams, déjà vu, emotional memories, lucid states, and even theories of multiverse travel.
Section 1 : Defining Reality as a Coordinate System
The heart of this theory is the equation:
r = (s, t, m, c)
Here, r is the reality coordinate. Space (s) represents one’s physical location, time (t) marks the moment, matter (m) includes all mass-energy configurations in one’s immediate environment, and consciousness (c) represents the state of awareness. Every reality can thus be thought of as a point within a four-dimensional framework.
However, space is not limited to the conventional three dimensions (length, width, and height). In this model, space is expandable and flexible:
s = (x₁, x₂, …, xₙ), where n ≥ 1 and could be infinite.
This recognizes that reality may include higher dimensional or hidden spatial layers. These could represent quantum states, cognitive zones, or alternate energetic fields.
Reality is indeed experienced within the 3D world, but it is not limited to it. We experience the 3D projection of reality because our senses and biology evolved to decode space in three dimensions. But behind every moment, there may be higher-dimensional interactions that shape how that moment is experienced.
Two moments could share the exact same 3D coordinates (same x, y, z), yet exist in different hidden dimensions of space leading to entirely different realities. For example, a room may feel completely different during a meditation, a dream, or a traumatic flashback. The space hasn’t moved, but the reality has changed. Why? Because higher spatial dimensions those beyond immediate perception have shifted. This introduces the concept of reality layering: multiple realities may be stacked upon the same 3D location but accessed based on altered dimensions of space or consciousness.
Multiverse travel in this model does not only involve changing timelines (e.g., making a different decision in the past), but also navigating through these extended spatial dimensions. Just as one can walk to another room, one could hypothetically travel to an alternate version of the same room existing in a different layer of dimensional space if they could track and shift their s-vector appropriately.
Section 2 : Mathematical Expansion and Scaling
To quantify reality in practical terms, we introduce a scaled equation:
r = (k₁ * s + k₂ * t + k₃ * m) / (k₄ + |c|)
Here, k₁, k₂, k₃, and k₄ are scaling constants. These normalize the units of kilometers, seconds, and joules (energy), and balance them with consciousness, which is unitless but vital. The space variable s now supports multi-dimensional input: it can represent anything from 1D to an infinite dimensional vector.
Consciousness enters the denominator because it is the lens of perception. When consciousness is high, reality becomes clearer and more stable. When it is low or absent, as in unconsciousness or dreamless sleep, reality becomes less accessible. Thus, consciousness does not create reality, but sharpens or dulls its resolution.
Section 3 : Consciousness Index (CIMR)
To make consciousness measurable, we introduce the Consciousness Index per Moment of Reality. CIMR is computed from seven psychological dimensions:
- Sensory awareness (sa): How actively you’re processing sensory input.
- Self-awareness (se): Awareness of yourself as a thinker and actor.
- Environmental awareness (ea): Recognition of space and surroundings.
- Cognitive clarity (cc): Your mental sharpness and logical capacity.
- Emotional awareness (em): Your recognition and understanding of feelings.
- Temporal awareness (ta): Awareness of time’s flow and your place in it.
- Meta-awareness (ma): Awareness that you are aware (reflection).
Each category is rated 0–1. The average, optionally weighted, gives CIMR:
CIMR = (w₁sa + w₂se + w₃ea + w₄cc + w₅em + w₆ta + w₇*ma) / Σw
This index provides a clear, trackable method for comparing mental states.
Section 4 : Timeline Branching and the Multiverse
One of the most revolutionary ideas of this theory is the separation of physical branching from perceptual change. In the STM+C framework, a new timeline is only created if there is a change in space, time, or matter. That is:
If Δs ≠ 0 or Δt ≠ 0 or Δm ≠ 0 → new timeline
If Δc ≠ 0 and Δs = Δt = Δm = 0 → no timeline change
This allows us to classify dreams, meditations, hallucinations, and even intense memories as shifts in CIMR alone. They feel different, but the timeline remains intact. A dream, therefore, is a different reality, but not a different universe. It is a low matter, low spatial, distorted time experience with an altered c. Multiverse travel, in contrast, would require intentional change of S, T, or M for example, stepping into a universe where a major decision was different. However, even then, c must be aligned to stabilize the new reality. Consciousness, then, is the navigator, not the creator of alternate universes.
Section 5 : Universal Timeline and Branches
What is a timeline? Emotionally and existentially, a timeline is the unique story that a reality tells. It is a flowing current of cause and effect of lives born, decisions made, paths taken or abandoned. A timeline is not just a track in time. It is a living thread of your presence in the universe. When you were born, you did not create time but you began your journey on a branch of the universal timeline that had always been flowing.
In this model, there is not a separate timeline for every person. Instead, there is one master timeline, an infinite fabric of history, energy, space, and change that existed since the Big Bang. However, each conscious being experiences only a slice of that fabric: their personal branch. Before you were born, the timeline existed. But your unique experience of it, your STM+C coordinate did not.
Yet you still existed in a form. Your atoms were in stars, your energy in movement, your essence distributed through space. As you came into being, those elements reassembled into a new configuration of space, time, and matter, a new coordinate. That moment branched the universal timeline. From then on, your path unfolded. Even if you never made a groundbreaking discovery or shifted nations, your presence your weight in matter and influence in space altered the fabric of reality.
When a person dies, their branch may end, but the timeline continues. Their influence lives on, as echoes in the matter and decisions they affected. Their space becomes available again. Their consciousness if ever eternal may reconfigure. But their unique STM+C coordinate, as it existed, no longer generates a live reality.
This vision offers a deeply emotional yet physically consistent way of seeing existence: We are all travelers along a shared timeline, carving personal branches through it by existing and becoming. Our paths overlap, interact, shape each other but never detach from the shared flow of reality itself. You are not a separate universe. You are a verse in a universal song with your own melody, but forever in rhythm with the whole.
Section 6 : Emotional Implications and Real-Life Relevance
This theory does more than satisfy logical elegance, it explains life in deeply human terms. Why do we feel like our dreams are real, even when we know they’re not? Because the brain reconstructs a full STM+C coordinate internally. Why can some memories make us cry, years later? Because CIMR reactivation brings the same conscious state, despite no change in the world outside.
The STM+C model also provides a powerful tool for healing and introspection. By logging and manipulating consciousness factors (via meditation, therapy, journaling), one can revisit emotional realities and reprocess them without timeline instability. This opens doors for mental health applications, memory engineering, dream recall, and even simulation-based learning.
Conclusion
The STM+C theory of reality offers a bridge between the outer world of physics and the inner world of experience. It unifies measurement and meaning. By modeling reality as r = (s, t, m, c), and quantifying C through CIMR, we gain a tool that is not only intellectually rigorous, but also personally transformative. This theory opens the possibility of controlled reality recall, dream anchoring, stable multiverse exploration, and ultimately, a deeper understanding of what it means to be real. In the age of AI, simulation, and expanding human consciousness, such a model may not just describe reality, but shape how we live it.
References