The Perceptual Filter & Cosmic Mercy: Emergent Spacetime, Computational Irreducibility, and Translational Archival Scaffolding

Framework: Cosmos, Nowness, Eternities (CNE) Module Type: Translational Synthesis & Horizon-Scanning Research Abstract This module investigates the structural necessity of observational filtering in complex physical systems. By bridging Stephen Wolfram’s model of computational irreducibility with relational spacetime and the iconographic metaphor of the Tirupati covered gaze (Cosmic Mercy), this work examines how raw, un-coarse-grained cosmological complexity is insulated into navigable human "Nowness." Core Thematic Focus Emergent Spacetime & Relational Time: Analyzing how temporal and spatial dimensions emerge from underlying computational networks rather than existing as a pre-given background. Computational Irreducibility & Epistemic Horizons: Examining the fundamental limits of computation and why conscious agents require structured observational filters to prevent cognitive and thermodynamic saturation. Translational Bridge to Life Sciences: Extending these physical constraints into biogerontology and medical research—framing cellular aging, metabolic entropy, and longevity maintenance as biological defenses against the relentless accumulation of unmitigated microscopic noise.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-11-11
DOI
https://doi.org/10.5281/zenodo.24144997
Primary Topic
Philosophy and Theoretical Science
Type
article
Field-Weighted Citation Impact
0.00
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article

The Perceptual Filter & Cosmic Mercy: Emergent Spacetime, Computational Irreducibility, and Translational Archival Scaffolding

Vishram Ganpat Naik
Zenodo (CERN European Organization for Nuclear Research)
Philosophy and Theoretical Science
article

The Perceptual Filter & Cosmic Mercy: Emergent Spacetime, Computational Irreducibility, and Translational Archival Scaffolding

Vishram Ganpat Naik
article en

Abstract

Framework: Cosmos, Nowness, Eternities (CNE) Module Type: Translational Synthesis & Horizon-Scanning Research Abstract This module investigates the structural necessity of observational filtering in complex physical systems. By bridging Stephen Wolfram’s model of computational irreducibility with relational spacetime and the iconographic metaphor of the Tirupati covered gaze (Cosmic Mercy), this work examines how raw, un-coarse-grained cosmological complexity is insulated into navigable human "Nowness." Core Thematic Focus Emergent Spacetime & Relational Time: Analyzing how temporal and spatial dimensions emerge from underlying computational networks rather than existing as a pre-given background. Computational Irreducibility & Epistemic Horizons: Examining the fundamental limits of computation and why conscious agents require structured observational filters to prevent cognitive and thermodynamic saturation. Translational Bridge to Life Sciences: Extending these physical constraints into biogerontology and medical research—framing cellular aging, metabolic entropy, and longevity maintenance as biological defenses against the relentless accumulation of unmitigated microscopic noise.

Zenodo (CERN European Organization for Nuclear Research)
Framework (GB)
Philosophy and Theoretical Science
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The Perceptual Filter & Cosmic Mercy: Emergent Spacetime, Computational Irreducibility, and Translational Archival Scaffolding — Vishram Ganpat Naik · Zenodo (CERN European Organization for Nuclear Research) (2026) | TGRS Research Map | TGRS