Science has always carried a fracture line. On one side lies physics, a world of particles, fields, and spacetime equations. On the other side lies the study of mind, with its models of perception, memory, and intelligence. For decades, the two have spoken different languages - tensors and gauge symmetries on one side, algorithms and neural networks on the other. But neither, despite their success, has been able to explain the most immediate fact of all: why reality feels like something from the inside.
A new monograph by Turkish researcher Emirhan Yildirim dares to step directly into this gap. His proposal, called The Reality Framework (TRF), is not just another "theory of everything." It redefines existence itself.
Reality as a loop, not a substance
TRF begins with a radical thesis: reality is not a fixed substrate that exists independently of us. Instead, it is a self-observing loop - the continuous cycle of perception and action. To exist is not to possess "being" as a property; it is to enact this cycle. Every action reshapes the world that will be perceived, and every perception informs the next action.
In this view, ontology (what is) and epistemology (how we know) collapse into a single process. Reality is no longer divided into matter "out there" and experience "in here." It is the loop itself.
A Rosetta Stone for matter, mind, and meaning
To make this vision workable, Yildirim introduces four interlinked models:
The Occupation Framework (TOF):
At the largest scale, TOF describes the macroscopic dynamics of systems - what we might ordinarily call "the world of occupations." It treats everyday activities, behaviors, and systemic patterns as trajectories within an 11-dimensional state-space. Here, an "occupation" is not just a job or role but any structured engagement of an agent within reality. In perception, TOF provides the unanalyzed observation of a system's state, the broad picture of "what is happening." In action, TOF captures how subjective intentions eventually crystallize into tangible, macroscopic outcomes that alter the external world.
The Particle Framework (TPF):
This framework drops down to the most fundamental level, reinterpreting physics itself as a matter of geometry. Instead of particles as tiny billiard balls, TPF describes universal curvature: how energy density shapes and bends the manifold of reality, giving rise to matter and forces. In perception, it decomposes macroscopic states into their physical building blocks. In action, it enacts those building blocks back into the world as local geometric changes - the "physical push" that makes subjective intention real.
The Embodied Cognition Framework (ECF):
This level describes the interface between an agent and its environment. ECF formalizes sensorimotor contingencies and affordances - the ways bodies gather information and translate it into action. In perception, ECF defines how sensory signals are transformed into information about the world. In action, it maps intention into specific motor policies, like moving a hand or shifting attention. ECF is where the universal geometry meets the constraints of the body, grounding abstract physics in lived, embodied interaction.
The Holisticite Framework (THF):
At the innermost level lies phenomenal subjectivity. THF models experience itself as a trajectory through the General Reality Manifold, shaped by prediction, memory, and homeostasis. In perception, THF integrates all lower layers into a single, unified conscious experience - the felt "now." In action, it is the birthplace of intention, the moment when a future geodesic is selected and prepared to flow outward. THF is where meaning, value, and awareness emerge - not as secondary shadows of physics, but as primary operators within the loop of reality.
Together, these frameworks create a "Rosetta Stone" capable of translating between physics, cognition, and consciousness. The perceptual cascade flows downward through these layers until it culminates in subjective experience. The action cascade flows outward again, beginning with intention and ending in macroscopic change. Subjectivity, in this model, is not an epiphenomenon but a real causal force.
A new geometry for a creative universe
At the foundation lies Yildirim's Geometry, a novel axiomatic system unlike Euclidean or Riemannian spaces. Where traditional geometries describe space as a passive backdrop, Yildirim's is generative. Its core rule is a ternary production principle (?): every new structure arises from a central state and two conjugate copies.
This dialectical pattern - thesis, antithesis, synthesis - generates an infinite family of objects called Yildirim Polytopes. Compared to hypercubes, their complexity grows explosively, producing a state-space rich enough to host both matter and mind. This is not just mathematics, the monograph insists, but the reason the universe has an "arrow of complexity." Reality does not grow richer by chance. Its geometry is inherently creative.
From geometry to experience
The second half of the work translates this geometry into embodied life. Subjective experience, Yildirim argues, is a projection of the universal manifold shaped by embodiment. A flat surface may appear as a walkable path to a human, but as an obstacle to a fish. The same geometry holds both, but embodiment "selects" which slice of reality becomes experience.
Classic ideas like affordances - the opportunities for action that environments present - are recast as geodesic valleys in the agent's state-space. Sensorimotor contingencies become tensor couplings. Learning itself is described as altering the geometry of these couplings to internalize causal dynamics.
This turns philosophy into mathematics, and mathematics into testable hypotheses.
Toward a science of movement
In its conclusion, TRF widens its scope. Movement, it argues, is not just locomotion but the universal process of agents traversing geodesics in their self-shaped landscapes. Whether in physics, biology, or economics, adaptation and efficiency can be seen as a matter of geometry. Yildirim even hints at a future where we might engineer "programmable systems" - interventions that shape the very geometry of possibility itself, from markets to ecosystems.
Why it matters
The Reality Framework is still speculative, but its ambition is undeniable. By collapsing the divide between physics and experience, it suggests that subjective intention is not a ghost in the machine but a force that shapes the world. If its mathematics holds up, TRF could mark the beginning of a new way of doing science - one that finally speaks the same language about matter, mind, and meaning.
