The Fractal Observer Interpretation: Time, Measurement, and Consciousness as a Unified Fractal Process

Domuschiev, Ivan

Susie Vrobel

Kaminovs, Sergejs

This preprint introduces the Fractal Observer Interpretation (FOI), a conceptual framework that explores how quantum measurement, temporal experience, and multi-scale cognitive processes may interact. FOI proposes that observation arises from resonance between three fields: the quantum system, the measurement apparatus, and the internal fractal structure of the observer.

Sergejs Kaminovs

This preprint introduces the Fractal Observer Interpretation (FOI), a conceptual framework that explores how quantum measurement, temporal experience, and multi-scale cognitive processes may interact. FOI proposes that observation arises from resonance between three fields: the quantum system, the measurement apparatus, and the internal fractal structure of the observer. This simplified abstract is used only to pass the OSF submission form.

Juliet Zhong

Jean-Sebastien Beaulieu

This trilingual research and scientific-exposition article develops a method for keeping mathematical objects, physical observables, scales, operators, and chains of inference distinct when discussing fractals, Fourier uncertainty, neutrinos, microtubules, anesthesia, consciousness, and proton spin. It presents the fractal uncertainty principle as an operator bound rather than an ontological certificate, incorporates a bounded Richardson-Mandelbrot scaling contribution by Hector Fernando Aguilar, and separates measured energy, statistical information, biological code, behavior, and conscious experience. The article proposes no unified physical theory and makes no claim that an intrinsic fractal geometry of neutrinos or a microtubule mechanism of consciousness has been established.