Wilfrid Bohane
Independent researcher
This exposé presents the UG.NUG reality as a unified description of the universe based on two regimes: the Uniform Genderedness (UG), non‑geometric and fundamental, and the Non‑Uniform Genderedness (NUG), geometric and emergent. The UG regime, sustained by a primordial fundamentality, precedes all geometric structures and provides the substrate from which the NUG regime arises. The transition UG→NUG explains irreversibility, the arrow of emergence, the absence of universal time, the origin of geometry, and the appearance of measurable objects. The GRID is introduced as the minimal dynamic presence required for any physical phenomenon, preventing the collapse into an absolute void. Classical notions such as mass, gravity, fields, waves, and quantum behavior are reinterpreted as geometric expressions of deeper UG activity. This exposé shows how many long‑standing issues in current physics—non‑locality, decoherence, inflation, singularities, and the nature of the quantum—find a coherent resolution once geometry is understood as emergent rather than fundamental.
The world we observe appears structured, measurable, and governed by stable relations. Yet many of its most familiar features—geometry, locality, causality, and even the flow of time—remain conceptually fragile when examined through the lens of current physical knowledge. Numerous unresolved questions persist: Why do certain events unfold irreversibly? Why does the quantum display non‑local unity? Why does cosmology require mechanisms such as inflation or singularities? Why does geometry seem both indispensable and insufficient?
This exposé proposes that these difficulties arise from a single implicit assumption: the belief that geometry is fundamental. By contrast, the UG.NUG reality distinguishes two regimes. The UG regime is non‑geometric, without distance, curvature, locality, or temporal counters. It is the domain of fundamentality, where structures are identical by genre and sustained by a primordial dynamic presence. From this regime emerges the NUG regime, where geometry appears, objects acquire individuality, and measurable phenomena become possible.
The transition UG→NUG provides a natural explanation for irreversibility, the arrow of emergence, and the ordered appearance of universal structures. It also clarifies the nature of the quantum, the origin of gravity as GRID deformation, and the coherence of cosmological observations without invoking expansion, inflation, or singularities. The aim of this exposé is to present this unified description in a clear and accessible manner, showing how the visible universe arises from a deeper non‑geometric fundamentality.
When a glass falls and breaks, the fragments never reassemble themselves spontaneously. This simple observation reveals a fundamental property of reality: certain transformations are possible, while their reverse is not. This irreversibility is not a matter of time flowing forward; it is a structural constraint on what can or cannot appear. The world does not permit every configuration to emerge from every other. Some transitions are allowed, others are definitively forbidden.
This fact suggests an oriented passage from past to future, as if an arrow of emergence imposed a direction on what can appear. The impossibility of reversing certain transformations indicates that emergence is not symmetric. What becomes real follows a one‑way orientation: an arrow of emergence. This arrow does not presuppose a temporal dimension; it expresses the fact that the space of possibilities is not neutral. It is structured so that certain forms can arise only after others have become definitive. The world is not a reversible playground of states; it is a directed process of stabilization.
This arrow also teaches us that although the universe has a direction, it has no time counter. Thus, we must acknowledge that universal time does not exist: the only information really transmitted by the universe is the order of actions, order of emergencies or the order of phenomena.
This direction seems longitudinal: a diffuse orientation would render the past as uncertain as the future. If the arrow of emergence were diffuse or multidirectional, nothing would distinguish what has already become from what has not yet appeared. The world would lack stability: the "past" would be as indeterminate as the "future." A longitudinal orientation, however, ensures that once a structure has emerged, it remains fixed and cannot be undone. This longitudinality is what allows stable objects, stable laws, and stable relations to exist. Without it, no universe could maintain coherence.
So, if we follow the commune and confirmed knowledge of the current standard model, the Big Bang is followed by 3 phases of primordial creation.
Since there is no time in the universe, as we said before, universal time cannot be evaluated. What humans use to say 0 to 3 seconds or to 380 000 years is an invented time evaluation based on human circadian periodicity. In fact the time humans use is not other than the time invented to stick to the biological rhythm of the beings on the earth, and exclusively on the earth. This periodicity as we know is calculated measuring the sun and earth orbits courses. That said, it appears clear that this time is an interpretation that would not, in lack of time counter, be otherwise abled.
Although the constatation that the universe has no time counter is visible and perceivable evidence, even Albert Einstein has misinterprétated the time of his space-time considering it as a universal time instead of the human circadian periodicity.
Since the letter t used in the equations of physics is only a variable with no real time meaning nothing really changes in the physical calculation results. Rockets can leave on time, watches can work normally, but it is important to understand that all what we calculate for mobiles, internet, plane schedules is not an absolute Universal Time but is relative to our biological cycle. The time zones too, are built according to human circadian periodicity.
Humans must just know that if they leave their planet, they will no longer have a biologically adapted time, and this may not be a minor problem.
It is important to understand that this order, as said before about the arrow of emergence, is dictated by this preceding arrow itself, so the waves can, as they emerge, allow the emergence of the following one and thus succeed in an intelligible creation of the universe.
Also called here by the French term La Matrice, this wave belongs to the Uniform Genderedness (UG) regime where fundamental structures, strictly identical by genre, have no history, no variation, no individuality and are sustained by the UG’s intrinsic fundamental energy, the pre‑geometric effervescence that certainly makes emergence possible.
This energy should be the one understood by the standard model as the unique energy later splitted to become the so-called fundamental interactions that appear not to be reducible to more basic interactions — electromagnetism, weak interaction, and strong interaction.
Although current physics is persuaded that the quantum appears from nowhere in the depth of matter, in UG.NUG reality the Matrice rejects this intuition.
Nonetheless, this interpretation of the quantum as a non‑fundamental domain by current physics is particularly strange and not really logical, because this is precisely the regime where the fundamental interaction is most clearly expressed as the glue that keeps nuclear particles strongly unified.
The global Matrice of the first wave is what creates each emerging perceivable and concrete form or geometry of the universe, hereafter called the Superstrate, and what persists as the substrate of each one of these forms as the so-called quantum mechanics. This is why it is found everywhere in deep matter and why current physics can easily reach it with modern equipment. So it must be clear that this perceived quantum is part of the Matrice of the universe.
So, no, the quantum is not something soundable that man can manipulate or modify. And yes, Einstein saw right when he said: "God does not play dice". Historical attempts to intervene deeply in the structure of matter illustrate the empirical limits of such manipulation, as exemplified by the development of the A‑bomb.
If any doubt subsists about this vision of reality, may this assessment remove any objection: this reality offers a coherent alternative to the unresolved listed hereafter issues of the standard model — in quantum physics, in cosmology, and in fundamental physics. Moreover, no analytical or AI‑based examination has yet identified a single contradiction or unresolved problem within this structure, despite extensive attempts to challenge it.
I just hope this will be my passport to the reader's mind to understand that UG.NUG provides a degree of coherence that current proposals have not yet reached.
It prepares the primary objects. It establishes the stable compositions of the atoms and simple molecules. This wave belongs to the UG regime — where structures, strictly identical by genre, have no history, no variation, and no individuality — and where the same fundamental energy continues to sustain the possibility of emergence.
This is also the wave in which the primary energy is effectively splitted into the three named ones in the first wave section.
It is the consequence: the edifice issued from the UG regime, the world we see, touch, hear, smell, and taste. Once the UG regime is complete, the third wave becomes possible: the emergence of complex forms, interactions, and histories — the Non‑Uniform Genderedness regime. In this stage, the pre‑existing Matrice that generated matter does not disappear; it survives within every object as the fundamental activity that physics calls “quantum mechanics”, available to perceive in everyday objects with modern detection equipment. The Matrice becomes locally the underlying fundamental activity that carries each emergent structure on its shoulders in order to keep it linked to its universal origin.
The NUG regime — Non-Uniform Genderedness — is therefore the visible world: stars, planets, chemistry, biology, and perception, all built upon the same readable quantum Matrice. Everything we experience belongs to this third wave: the final geometric expression of a deeper pre‑geometric reality.
The universe begins with the Matrice. If this is true — and nothing in physics contradicts it — then it is clear that this primordial energy, later split into its known forms, spreads into every geometric element, every living being, every activity. When we open our eyes in the morning, this gesture is a direct consequence of the Universe’s primary creation.
GRID for Global Reference In Dynamics, is, in the UG.NUG, the minimal dynamic structure of space‑dinamicity required for any physical phenomenon to exist. The GRID is not a substance, not a medium, not an ether, and not a quantum state. It is the irreducible dynamic framework that prevents reality from collapsing into an absolute void. Faraday was the first to articulate the necessity of such a structure. By contrast, the Higgs mechanism—while mathematically indispensable within the standard model gauge theory — is an unnecessary artifice in UG.NUG.
Without the GRID, no electromagnetic, gravitational, or quantum field could exist; no interaction could propagate; no geometry could be defined. Faraday explicitly recognized this necessity when he wrote that “something exists in space that transmits influence.” Modern physics confirms this through the non‑trivial structure of the quantum vacuum, even though it has never named the underlying fundamental requirement. The GRID provides the unified fundamental foundation necessary for describing a single, continuous physical world.
Physics relies on entities—fields, interactions, geometry—that cannot exist or propagate in an absolute void. Yet scientific language continues to use the term “vacuum” as if total absence were physically meaningful. This reveals a deep conceptual inconsistency.
The “classical vacuum” is a mathematical abstraction. The “quantum vacuum” is not a vacuum: it has structure, fluctuations, and correlations. Fields do not exist in nothingness; they require a minimal dynamic support. Even space‑time geometry presupposes a structural presence that gives it consistency.
Physicists often speak of the quantum vacuum or the quantum state as if it were the fundamental substrate of reality. This is a conceptual shortcut. A quantum state is a mathematical object: a vector in a Hilbert space, defined through a Hamiltonian, excitable, superposable, measurable, and even absent in a given region. It is not a substrate. The GRID, by contrast, is a physical notion: the minimal dynamic structure that cannot be excited, measured, superposed, or removed. It is the fundamental condition of existence on which quantum states, fields, and interactions are defined.
Thus, physics already relies on a minimal fundamentality without naming it. The GRID makes explicit what theory implicitly presupposes. It adds no new physics; it clarifies the universal foundation that physics already uses.
In the UG.NUG, gravity is not a force but a deformation of the GRID. This deformation, noted dG, is produced by the quantity of existences O (Definition of O: https://www.wbohane.com/download/The_O_of_UG.NUG.pdf), which replaces mass in both regimes of the same universe. The fundamental relation is simply:
(formula here, if you want we can typeset it in MathJax/LaTeX)
where:
O = quantity of existences of a NUG object,
k = conversion factor between UG and SI units of NUG regime,
dG = GRID deformation, numerically identical to gravitational acceleration.
Once k is calibrated on a single known case (e.g., Earth), the formula reproduces all classical
gravitational values without modifying any physical prediction. The difference is fundamental, not
numerical:
Classical physics: gravity = force caused by mass.
UG/NUG: gravity = GRID deformation caused by existences.
This provides a direct bridge between standard measurements and the UG.NUG reality.
Problem in Standard Model:
Decoherence is treated as a dynamical loss of interference inside a pre‑existing geometric background.
Solution in UG:
Decoherence is the UG→NUG transition, where a non‑geometric UG state acquires geometry through
projection, producing the measurable particle.
Problem in Standard Model:
Superposition is interpreted as multiple coexisting geometric states, leading to paradoxes
(Schrödinger, Wigner, etc.).
Solution in UG:
Superposition is simply the absence of geometry in the UG; the apparent collapse is the UG→NUG
projection, not a physical reduction.
Problem in Standard Model:
Uncertainty is treated as a limit of measurement or disturbance, creating confusion between epistemic
and ontic interpretations.
Solution in UG:
Indeterminacy is fundamental: UG states have no geometric variables, so position and momentum only
exist after projection into the NUG.
Problem in Standard Model:
Entanglement appears “instantaneous” across space, contradicting relativistic locality.
Solution in UG:
Entangled systems share a single UG state, where no distance exists; non‑locality is the geometric
expression of a pre‑geometric unity.
Entanglement = single UG state → multiple NUG outcomes.
Problem in Standard Model:
Quantum objects appear to switch mysteriously between wave and particle behavior.
Solution in UG:
There is no duality: the wave corresponds to the UG phase (non‑geometric), and the particle to the NUG
phase (geometric).
Problem in Standard Model:
The wavefunction has an ambiguous status (real, epistemic, informational, etc.).
Solution in UG:
The wavefunction encodes a UG configuration awaiting projection; it becomes physical only when
expressed geometrically in the NUG.
Problem in Standard Model:
The quantum–classical boundary is unclear and model‑dependent.
Solution in UG:
The quantum is the UG regime (no geometry), and the classical is the NUG regime (geometry); the
boundary is the UG→NUG transition.
Problem in Standard Model:
Cosmology requires two mechanisms — inflation and expansion — to fix inconsistencies (horizon,
flatness, redshift). Both assume geometry exists from the beginning.
Solution in UG:
In the UG regime there is no geometry, no distance, no curvature, no expansion (“there is: no geometry,
no distance, no curvature, no horizons, no expansion”). Geometry appears progressively during the
UG→NUG transition, so inflation becomes unnecessary and expansion becomes an illusion of
age‑dependent geometrization.
UG everywhere + progressive NUG emergence = no inflation, no expansion.
Problem in Standard Model:
Distant CMB regions share the same temperature despite never being in causal contact.
Solution in UG:
In the UG, “the substrate is already present everywhere and is not constrained by geometric distances
or light cones.” Since there is no expansion, no causal disconnection ever forms, and horizons do not
exist. Homogeneity is simply the projection of a pre‑geometric coherent UG state.
Problem in Standard Model:
Spatial curvature must be fine‑tuned to remain near zero as the universe expands.
Solution in UG:
The UG has no geometry and no curvature (“the UG regime… has no curvature because it has no geometry
at all”). With no expansion, curvature cannot grow. NUG geometry emerges from a homogeneous,
non‑geometric substrate, so near‑flatness is natural.
Problem in Standard Model:
Redshift is explained by the stretching of space as the universe expands.
Solution in UG:
Space does not expand; what changes is the degree of geometrization along the photon’s path (“light is
emitted in a region where geometry is less mature… enters regions where geometry is more mature”).
Redshift = change in geometry, not expansion.
Problem in Standard Model:
The CMB is interpreted as relic radiation from a hot Big Bang, smoothed by inflation.
Solution in UG:
The CMB marks the moment when NUG geometry becomes rigid enough for photons to interact with the GRID
(“CMB = UG coherence projected onto emerging NUG geometry”). Uniformity reflects pre‑geometric UG
coherence; anisotropies reflect variations in geometrization timing.
Problem in Standard Model:
Structures arise from primordial density fluctuations amplified by gravity and inflation.
Solution in UG:
UG dynamics already contain coherent non‑geometric patterns (“the UG regime… is non‑geometric but not
chaotic”). When geometry emerges, these patterns are projected into NUG form, appearing as density
fluctuations. GRID deformation then produces gravitational effects attributed to dark matter.
Problem in Standard Model:
The universe begins with a point of infinite density and curvature.
Solution in UG:
A singularity cannot exist because the UG has no geometry, no curvature, no density (“without geometry,
there is no curvature to diverge”). The universe begins with the emergence of geometry, not with a
divergent point.
Problem in Standard Model:
The universe is assigned a finite age (~13.8 Gyr) based on a human‑constructed time parameter.
Solution in UG:
Before geometry exists, time does not exist (“the universe has no intrinsic time counter; only an arrow
of emergence”). Cosmic age is a human conversion of a mathematical parameter, not a physical property
of the universe.
Problem in Standard Model:
Locality is defined by distances, light cones, and spacetime geometry.
Solution in UG:
In UG/NUG, there is no real locality (“the universe is ONE… the GRID has no coordinates, no metric, no
geography”). Distances and positions are representational artifacts, not ontological features. Objects
follow local forces, not a global geometric map.
Problem in Standard Model:
Geometry is assumed fundamental: spacetime is a pre‑existing arena with curvature, distance, and causal
structure. “Spacetime is assumed to exist as a pre‑defined geometric arena with curvature, distance, and
causal structure.”
Solution in UG:
The UG has no geometry: no distance, no curvature, no locality. Geometry emerges only when UG activity
is translated through NUG rigidity. “The UG regime is non‑geometric: no distances, no curvature, no
locality.”
Problem in Standard Model:
Gravity is the curvature of spacetime caused by mass–energy.
Solution in UG:
Spacetime is not fundamental; gravity is the mechanical response of the GRID to NUG rigidity. “Gravity
is therefore the mechanical response of the GRID to geometric rigidity, not a property of spacetime.”
Problem in Standard Model:
Mass is treated as an intrinsic property of matter, yet its fundamental origin remains undefined and
inconsistent across quantum theory, relativity, and the Higgs mechanism.
Solution in UG:
Mass does not exist in the universe as a fundamental property. In the UG/NUG reality, the fundamental
unit of existence is O. When existences enter the NUG regime, O acquires a geometric expression called
Osilo, which gives objects a geometric mode of existence. What humans call “mass” is simply the human
interpretation of this geometric mode, appearing as mass and inertia in human physics. This replacement
allows a unified quantification throughout the universe without inconsistencies or undefined primitives.
O is a fundamental pillar of the UG/NUG reality because the universe is one and must be treated as such.
All details about O are provided in this separate document:
https://www.wbohane.com/download/The_O_of_UG.NUG.pdf
In human physics, the reaction of a system is historically expressed through mass‑based quantities (inertia, force response, coupling factors, etc.). In the UG/NUG reality, this role is replaced by the elementary response R, defined in the Système‑R document: https://www.wbohane.com/download/System-R.pdf
Problem in Standard Model:
Energy is treated as a fundamental conserved quantity in multiple forms.
Solution in UG:
UG energy is fundamental and non‑measurable; NUG energy is its geometric expression through the GRID.
“UG energy… has no frequency, no wavelength, no trajectory, no metric, and no conservation law.”
Problem in Standard Model:
Momentum is defined as p = mv.
Solution in UG:
Momentum measures how strongly NUG rigidity couples to the GRID during motion. “Momentum is… the
measure of how strongly an object’s NUG geometry couples to the GRID during motion.”
Problem in Standard Model:
Forces are treated as fundamental interactions.
Solution in UG:
Forces are adjustments of GRID deformation between NUG objects. “Forces = GRID‑mediated adjustments
between geometric objects.”
Problem in Standard Model:
Fields are considered fundamental continuous entities.
Solution in UG:
Fields are stable deformation patterns of the GRID created by NUG rigidity. “Fields are… stable
deformation patterns of the GRID created by NUG rigidity.”
Problem in Standard Model:
Waves are propagating disturbances or field excitations.
Solution in UG:
Waves are UG oscillations expressed through NUG geometry. (You can later render this as a proper
equation if needed.)
Problem in Standard Model:
Quantum behavior is considered fundamental and mysterious.
Solution in UG:
Quantum behavior arises from UG non‑locality projected onto NUG discreteness. “Quantum phenomena arise
from the projection of non‑local UG dynamics onto the discrete geometric structure of the NUG regime.”
Problem in Standard Model:
Light is treated as an electromagnetic wave or photon.
Solution in UG:
Light is the minimal deformation mode of the GRID, requiring no NUG rigidity. “Light is the purest
deformation mode of the GRID — requiring no NUG rigidity.”
Problem in Standard Model:
Causality is tied to spacetime structure and light cones.
Solution in UG:
Causality emerges only when NUG rigidity appears; UG dynamics are non‑local and unordered. “Causality
emerges from geometric constraints introduced by NUG rigidity.”
The UG.NUG reality presents the visible universe as the geometric expression of a deeper non‑geometric fundamentality. By distinguishing UG from NUG, many conceptual tensions dissolve naturally. This exposé outlines this continuous structure without requiring geometry to be primordial.