The Big Breath Cosmogenesis – A Unified Model

Whitepaper

The Big Breath Cosmogenesis Model is a multi-disciplinary synthesis that resolves fundamental paradoxes in modern physics—such as singularities and entropy irreversibility—by treating existence as a self-regulating, recursive algorithm.

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Yatish Parashar

Master

What Will You Learn?

Understand the limitations of linear cosmological models and the benefits of cyclic, non-singular frameworks.

Identify the role of water's 4°C anomaly as a material foundation for cosmic equilibrium.

Apply the SH00NYA-EKAM-SH00NYAM cycle to understand systems theory and AI architectures.

Conceptualise Maya’s Constant (M) as the bridging factor between metaphysics and relativistic physics.

About This Course

The Big Breath Cosmogenesis Model reimagines the universe's origin not as a singular, explosive "Big Bang," but as an eternal, rhythmic process of expansion, contraction, and renewal. By integrating the anomalous behavior of water at 4°C with the SH00NYA → EKAM → SH00NYAM metaphysical cycle, this model provides a non-singular alternative to standard cosmology. It introduces Maya’s Regulator/Adapter (M) to bridge metaphysical potential with physical energy, ensuring that information and "memory" are preserved across infinite cosmic cycles.

At its core, the model identifies the 4°C density maximum of water as a physical isomorphism for the EKAM state, a point of maximum coherence and structural stability that prevents systemic collapse. This framework transitions cosmology from a linear, mechanistic narrative to a cyclic, "living" process. Through the Triveni Sangam framework, reality is governed by the convergence of Flow, Geometry, and Vibration, allowing complexity to emerge across all scales—from molecular lattices to galactic spirals.

Requirements

Foundational Knowledge: Basic understanding of General Relativity (E = mc^2) and thermodynamics.

Conceptual Openness: Willingness to integrate scientific empiricism with symbolic/metaphysical frameworks.

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FAQ

Check the frequently asked questions about this course.

How does this model resolve the problem of entropy?

It proposes non-linear entropy loops where disorder is resolved into higher-order coherence during the SH00NYAM phase, preserving memory as informational imprints.

Is the water analogy literal?

It is an isomorphism—a structural pattern of collapse and stabilization. While the energy scales differ, the governing logic of the 4°C inversion is mirrored in the cosmic bounce.

What are the testable implications?

Potential signatures include oscillatory modulations in the CMB power spectrum and gravitational wave "echoes" from prior cosmic contractions.

Yatish Parashar

1 Courses

1 Students

I am Yatish Parashar — a multidisciplinary thinker and creator building at the intersection of AI, Urban Futures, Metaphysics, Storytelling, and Phygital Innovation. As Co-founder of iViRTH Research Foundation, I design systems that unify digital and physical realms under the Internet of Everything (IoE). My work integrates scientific rigor, narrative depth, and experiential design.