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Executive Summary
This white paper distills and examines the unified theoretical and experimental vision articulated by Dr. Anirban Bandyopadhyay, a physicist working at the cutting edge of quantum biology, nanotechnology, and theoretical consciousness studies. At the center of his framework is the Self-Operating Mathematical Universe (SOMU) — a paradigm wherein information is not linear, digital, or discrete, but fractal, recursive, and prime-coded. Consciousness, in this view, emerges not as a computational phenomenon but as a triplet-resonant identity structure encoded within quantum-symmetry systems, particularly in biological scaffolds such as microtubules.
His inventions — Hinductor circuits, quantum brain jelly, and the Dodecanogram (DDG) — serve as functional, measurable instantiations of these ideas, enabling an artificial brain structure that learns and computes not through algorithms, but through vortexic resonance and photonic phase entanglement.
Bandyopadhyay critiques the dominant paradigms of Integrated Information Theory (IIT) and universal quantum computing, arguing that both are fundamentally limited by classical assumptions about information architecture and symmetry scalability. In contrast, SOMU integrates the non-linear recursive logic of Vedic cosmology, where prime numbers are seen not as abstract quantities but as ontological generators of nested fractal universes.
Ultimately, this paper contends that Bandyopadhyay’s framework offers a viable and revolutionary foundation for a new science of consciousness, computation, and cosmology — one rooted in resonance, recursion, and real-time coherence across scales. This vision deserves critical attention not only from physicists and cognitive scientists, but from philosophers, engineers, AI researchers, and epistemologists interested in the symbolic structure of the Kosmos.
