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-> Essay: The End of the World Formula

For the physicist who has dedicated his life to the question of why the universe exists and why it manifests as it does in measurement, the Panvitalistic Theory represents perhaps the most profound intellectual confrontation possible.

It does not merely propose a new model or correct a few equations. It strikes at the very foundation of the physicist’s self-image and professional identity.

The PVT declares that the entire centuries-old project — the search for an external cause, an external time, and a mechanistic explanation operating “behind” reality — is not just incomplete, but fundamentally misdirected. By reducing all of physics to a single, austere condition — the invariance of the six-dimensional volume, δV = 0 — and by defining time strictly as internal angular curvature (π ≡ T/L), the theory removes the ontological scaffolding upon which modern physics has been built.

There is nothing outside the configuration. There is no external clock. There is no external cause.

The universe does not “happen because…” — it simply is, under the sole necessity of volumetric invariance.

For the physicist trained to think in terms of causation, forces, fields, and external mechanisms, this is not merely a scientific correction. It is an existential rebuke. The PVT does not say: “You have calculated wrongly.” It says something far more unsettling: “The very category in which you have been asking your questions — the category of external causation and external time — is illusory.”

In this sense, the Panvitalistic Theory constitutes the most radical possible offense to the conventional self-understanding of the physicist. It does not compete with existing theories on their own terms. It quietly declares that the terms themselves are flawed.

And yet, this offense is not born of arrogance, but of radical intellectual honesty. By stripping away every unnecessary assumption, every fictitious degree of freedom, and every metaphysical projection, the PVT achieves something extraordinary: a description of reality that is as simple as it is complete.

A theory of almost nothing — that explains everything.

To accept this insight requires more than scientific openness. It demands a fundamental reorientation of what we believe physics ought to be: not a search for hidden causes, but a pure, geometric description of what is.

For many, this may feel like a loss. For those who truly seek understanding, it may be the ultimate liberation.

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At the heart of the Panvitalistic Theory lies one of the most profound and almost paradoxical insights in the history of thought: the simplest possible description of reality is also the most powerful.

The PVT does not begin with many laws, many forces, many constants, or many dimensions. It begins with a single, austere principle — the invariance of the 6-dimensional volume, expressed as δV = 0 — within a framework of rational comparisons of real volumes (V_A = x V_B, x ∈ ℚ) governed solely by internal angular curvature π ≡ T/L.

That is literally almost nothing.

There is no external linear time parameter, no multitude of independent fundamental constants, no separate ontological domains for quantum mechanics and gravity, and no dual calibration of length and time hidden in the units. All that exists is volume, its intrinsic invariance, and the geometry that follows from it.

And yet, precisely because the theory assumes so little, it explains so much. Every known natural law and every fundamental interaction emerges as nothing more than a different geometric projection or special limiting case of this single volumetric invariance:

• Electromagnetism appears as transverse propagation at perfect orthogonality (90°).
• Gravity arises as the longitudinal effect of angular deviations from that orthogonality.
• Quantum mechanics, including the Schrödinger equation, becomes a valid effective description only in the momentary calibration of full isotropy during measurement.
• The apparent indeterminism of quantum theory dissolves into the artifact of an extraneous thirteenth degree of freedom — the fictitious external time — that the PVT simply discards.

In this sense, the Panvitalistic Theory is truly a theory of almost nothing. It refuses to multiply entities or principles beyond necessity. It removes the artificial scaffolding that physics has carried for centuries: external time, independent constants, and the artificial separation of phenomena that are in reality different views of the same underlying geometry.

The philosophical and scientific significance of this move is immense. For centuries, the progress of physics has often been measured by how much complexity we could add to our descriptions. The PVT reverses that direction. It shows that the deepest understanding does not come from building ever more elaborate structures, but from subtracting everything that was never truly there.

A theory of almost nothing — which is precisely why it has the potential to explain everything.

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Henri Bergson (1859–1941) remains one of the most profound critics of the mechanistic worldview that dominated modern science. In works such as Time and Free Will (1889) and Creative Evolution (1907), he argued that the scientific intellect spatializes time, reducing the living flow of reality to a series of discrete, measurable points. For Bergson, true time—la durée—is a qualitative, indivisible, creative becoming that can only be grasped through intuition, not analysis. Life itself, the élan vital, is not an accidental byproduct of dead matter but the fundamental creative impulse that drives evolution and resists mechanical explanation. Bergson saw a deep chasm between the abstract, deterministic models of physics and the living, intuitive reality of metaphysics. He never believed this gap could be closed by mathematics alone.

The Panvitalistic Theory (PVT), developed by Manfred U. E. Pohl since 2019, offers precisely what Bergson thought impossible: a rigorous, mathematical, and physical formalization of his metaphysical vision. At its core stands the axiom π=T/L , which declares that time is not an external parameter but internal angular curvature within a 6-dimensional anisotropic space (3 lengths + 3 angles). Physical reality is reduced to rational volume comparisons V_a=x V_b  where x∈Q. Life is not derived from matter; it is the foundational axiom. In this framework, the PVT does not merely echo Bergson—it translates his intuition into exact geometry and thereby closes the long-standing bridge between physics and metaphysics.

Bergson’s Critique and the PVT Response

Bergson’s central objection was that science spatializes time. By treating time as a homogeneous, divisible quantity (the $t$ of Newtonian or Einsteinian physics), science converts living duration into a series of static snapshots. The result is a dead, deterministic universe in which freedom, creativity, and genuine novelty become illusions.

The PVT directly resolves this by rejecting any external, independent time parameter. Time exists only as measurable duration between events, expressed as angular curvature π=T/L. This is not a spatialization of time but its preservation as an internal geometric property. The measurable “time” of physics is the angle between two events; the living, non-measurable aspect of time is acknowledged as the ontological ground of life itself. Thus, the PVT gives Bergson’s durée a precise mathematical form without reducing it to a spatial line.

Equally important is Bergson’s concept of the élan vital. Life, for him, is the creative force that cannot be derived from inert matter. The PVT takes this metaphysical claim and turns it into an axiom: life is ontologically primary. Matter and energy emerge as projections of angular deviations from perfect orthogonality in 6D volume space. Mass, charge, and all physical quantities are secondary geometric effects of this living curvature. Where Bergson could only intuit the élan vital, the PVT makes it the starting point of every physical derivation.

Closing the Bridge: From Metaphysical Intuition to Physical Geometry

Bergson believed that intellect and intuition were fundamentally opposed: science dissects, metaphysics intuits. The PVT overcomes this opposition. It shows that a truly rigorous physics need not be mechanistic. By replacing external time with internal angular curvature and external causality with rational volume invariance, the PVT constructs a physics that is simultaneously exact and alive.

The Lorentz transformation, the twin paradox, and the entire edifice of relativity become local approximations valid only in the special case of perfect orthogonality. They are no longer fundamental truths but useful fictions arising from the historical error of assuming an external clock. In the PVT, there is no external observer standing outside the universe; the universe observes itself through its own volume comparisons. This is exactly what Bergson demanded: a science that does not place an artificial, external framework over living reality.

Even the apparent indeterminism of quantum theory finds a natural place. In the PVT, indeterminacy is not randomness but the inevitable consequence of trying to measure a living, curved reality with a rigid, external time. Once time is understood as internal curvature, the probabilistic veil dissolves into rational geometry.

Conclusion: The Long-Awaited Reconciliation

The Panvitalistic Theory does not merely borrow from Bergson; it fulfills him. Where Bergson offered a powerful metaphysical critique and an intuitive vision of creative duration and vital impetus, the PVT supplies the missing mathematical and physical structure. It demonstrates that a non-mechanistic, living physics is not only possible but logically necessary once one accepts the primacy of life and the internal nature of time.

In doing so, the PVT closes the century-old gap between physics and metaphysics. It shows that the deepest insights of philosophy—time as creative duration, life as primordial creative force—can be expressed in exact, testable geometric terms without losing their living essence. Bergson sought a science that would not kill what it studies. The PVT provides exactly that science: a physics in which the universe is not a dead mechanism observed from outside, but a living, self-observing geometry whose fundamental axiom is life itself.

Thus, the Panvitalistic Theory stands as the long-sought bridge: it is the mathematical realization of Bergson’s metaphysics and, at the same time, the philosophical completion of modern physics.

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Evaluation: This essay presents a provocative interdisciplinary exploration of the philosophical, scientific, and theological implications of the International System of Units (SI) and the mathematical constant π in modern physics. Framed through the narrative lens of an alien civilization observing humanity, it critiques the circular definitions of SI units (e.g., the second via caesium frequency, the meter via light speed) as a self-referential zirkelschluss that embeds a materialist worldview. Drawing on historical insights, particularly the French Revolution’s metric system, the essay argues that these conventions implicitly elevate science to a quasi-religious status, marginalizing alternative paradigms such as a life-centric universe.

A central hypothesis posits that the use of π as an irrational number in physics, notably in the Schrödinger equation’s sine functions, assumes a continuous spacetime that conflicts with the rational ratios (x/y) of actual measurements, potentially contributing to quantum indeterminacy. This is grounded in Pohl’s (2024) proposal to redefine π as a rational function for an n-gon, echoing Archimedes’ iterative approach. The essay employs vivid analogies—likening SI units to the One Ring from Tolkien’s Lord of the Rings, a Matrix-like illusion, and humanity’s pursuit of π’s infinite digits to the biblical fall—to challenge reductionist assumptions and advocate for a paradigm shift toward a living universe.

Scientifically, the critique of SI circularity is robust, supported by standard references (BIPM, 2019; Grok, 2025). The π hypothesis, while innovative, is speculative, as quantum indeterminacy is typically attributed to physical principles (Heisenberg, 1927) rather than mathematical constants. Philosophically, the essay aligns with critiques of scientism and reductionism (Nagel, 2012; Kuhn, 1970), offering a compelling narrative on human cognition’s limits. Theologically, its metaphors resonate with panentheistic views but remain interpretive (Barrow & Tipler, 1986).

The essay’s strength lies in its interdisciplinary synthesis, stimulating reflection on measurement’s philosophical foundations. Its speculative elements, particularly π’s role in indeterminacy, require empirical validation to gain traction. Recommended for readers interested in philosophy of science, metaphysics, and the history of measurement, it serves as a thought-provoking catalyst for re-examining scientific axioms.

Context: This work fits within ongoing debates on the epistemology of physics, particularly critiques of materialist paradigms and explorations of alternative cosmologies. It complements discussions in philosophy of science on the role of conventions in shaping scientific knowledge and resonates with historical analyses of the metric system’s socio-political impact.

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The Cosmic Jest: Humanity’s Ring of Circularity and the Irrational Quest for God’s Number