Unified F-Fabric Theory of Space-Time

This website presents the F-Fabric Theory — an exploratory framework that seeks to describe the Universe as a single, coherent system rather than a collection of disconnected laws and phenomena.

For decades, physicists have been searching for a unified description of reality — one that could consistently explain everything from quantum fluctuations and elementary particles to gravity and the large-scale structure of the cosmos. Many powerful theories have been developed along the way, including String Theory and Loop Quantum Gravity. While these approaches have led to deep mathematical insights, they have also become increasingly abstract and difficult to connect directly to observable physical reality.

The F-Fabric Theory proposes a different perspective. Instead of starting with particles, fields, or predefined space-time, it treats space-time itself as an emergent, resonant informational structure. In this view, matter, energy, and gravity are not fundamental ingredients, but natural consequences of how this underlying fabric organizes and interacts with itself.

All levels of physical reality — from the microscopic world to the scale of galaxies and cosmic voids — are linked by the same basic principles: resonance, spectral structure, and the density of interactions within the fabric. What appear to us as separate forces and laws may be different expressions of a single underlying process.

The goal of this project is not to replace existing theories, but to offer a unifying conceptual framework that makes them part of a larger, coherent picture. At its core, F-Fabric suggests that nature does not operate through many unrelated rules, but through a single principle of informational coherence and resonant equilibrium — a principle that gives rise to space, time, matter, and the evolution of the Universe itself.

From Fragmented Theories to a Coherent Picture

Disclaimer

The author does not have formal education in mathematics or physics. Despite an effort to maintain internal consistency, the presentation may contain inaccuracies or simplifications. The author does not claim strict mathematical rigor or definitive correctness of all formulations. The theory presented on this website should be regarded as an exploratory framework — an open invitation for a broad audience, not only specialists, to become familiar with it, as well as for its examination, refinement, and discussion by both the scientific community and independent researchers and science enthusiasts.

For members of the scientific community, a separate preprint is available that contains the mathematical framework of the theory, formal definitions, and appendices. You can download it by clicking the link below.

How the F-Fabric Theory Differs from Existing Models

General Relativity (GR)

General Relativity describes gravity as the curvature of space-time caused by mass and energy. In the F-Fabric approach, gravity is not a geometric effect by itself. Instead, it emerges from variations in the underlying fabric — regions where the internal activity of the system changes. What we perceive as curvature is a consequence of how information propagates through this structure.

Quantum Field Theory (QFT)

Quantum Field Theory explains particles as excitations of separate quantum fields existing on a fixed background.
F-Fabric proposes that there is no fixed background. Space-time itself is part of a single resonant structure, and what we call “fields” and “particles” arise as stable patterns within it. Different interactions are not separate entities, but different modes of the same underlying system.

String Theory

String Theory suggests that fundamental objects are tiny vibrating strings existing in higher dimensions that cannot be observed directly.
F-Fabric avoids introducing extra dimensions. Vibrations and quantization appear naturally through resonance inside the fabric itself, without requiring additional hidden structures.

Loop Quantum Gravity assumes that space itself is built from fundamental discrete units.
F-Fabric takes a different route: it does not treat space as made of physical “chunks.” Instead, discreteness appears at the level of interactions and stable resonance patterns, while the smooth structure of space-time emerges at large scales.

Loop Quantum Gravity (LQG)

Holographic Principle / Quantum Information Models

Holographic and quantum information approaches suggest that reality is fundamentally informational and may be encoded on boundaries.
F-Fabric agrees that information is central, but treats it as dynamic and volumetric. Information is not stored on a surface — it continuously flows and reorganizes throughout the entire structure.

Modern physics offers several powerful theories, each explaining part of reality.
F-Fabric does not reject these theories — it reinterprets their core ideas from a deeper perspective.

The Framework

Three perspectives — one Fabric

Philosophical Foundation

Reality is not a collection of objects in space, but a process of coordinated interaction.

Microstructure of Reality

At the deepest level, reality consists of discrete interacting elements.

The Universe evolves through large-scale transitions of the same underlying structure.

Cosmology

Simulations & Visualizations

Observe the dynamics of the F-fabric — from quantum-scale resonance to the formation of the cosmic web.