Anadihilo: Core Axioms & Ontological Foundations by Nitin Dagar
Zenodo, 2026
Contemporary physics encounters fundamental barriers at singularities and non-local quantum corre... more Contemporary physics encounters fundamental barriers at singularities and non-local quantum correlations because it treats the mathematical Zero (0) as an absolute baseline and mass as an inherent property of matter. This framework introduces Anadihilo (४)—the Absolute Void—defined as a primordial condition that precedes all manifest systems. By redefining Black Holes not as physical objects but as Multidimensional Hyper-Vortices in the spacetime fabric, we resolve the Information Paradox. Furthermore, through the unitary state notation \gamma_{n}^{1}, this paper demonstrates that Quantum Entanglement is not signal-based communication but a result of Base-Value Synchronization within the invariant primordial background of Anadihilo (४).
Zenodo, 2026
This article formalizes the Boundary Law of Anadihilo () to resolve structural paradoxes within S... more This article formalizes the Boundary Law of Anadihilo () to resolve structural paradoxes within Set Theory, specifically Russell's Paradox. Traditional frameworks, such as Zermelo-Fraenkel (ZFC), fail to account for a primordial systemic boundary, leading to recursive loops. By defining Anadihilo as an Absolute Void that precedes the functional Zero (0), this framework establishes the Axiom of Normalization. We prove that self-referential paradoxes trigger a Global Systemic Overwrite (GSO) rather than logical collapse. Through three systemic laws-Identity Shift, Non-Recursion, and Magnitude Equilibrium-we demonstrate that the "Container" of all sets is ontologically distinct from its "Contents," thereby neutralizing recursion through systemic re-initialization.
Zenodo, 2026
This article formalizes the concept of Anadihilo (\anh), defined as the "Absolute Void" that prec... more This article formalizes the concept of Anadihilo (\anh), defined as the "Absolute Void" that precedes the mathematical Zero (0). Traditional mathematics treats Zero as a relative absence within a manifest system; however, this framework establishes Anadihilo as a primordial state of non-arising, defined by its unborn (Aj) and immutable (Avyaya) nature. Through the Axiom of Normalization, we prove that finite magnitude (n) interacting with Anadihilo is absorbed to establish a functional Zero-point (0_U), serving as a Global Systemic Overwrite (GSO). This work explores the role of Pure Consciousness as a non-biological informational regulator and details the transition from the invariant void to systemic reality.
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[Preprint Status]
Note: This document is a Preprint. The core ontological derivations and systemic logic are currently under academic review (Submitted: Jan 2026). For the official archival record, please refer to the DOI registered at Zenodo.
[Learn More]
To see how this ontological foundation leads to physical constants and simulations, visit:
👉 anadihilo.org
Papers by Nitin Dagar
Zenodo, 2026
The formalization of the Recursive Einstein-Cartan-Suresh Resonant Metric (RECSM) provides a rigo... more The formalization of the Recursive Einstein-Cartan-Suresh Resonant Metric (RECSM) provides a rigorous mathematical extension to the standard Einstein-Cartan theory. In mainstream physics, the structural similarity between macroscopic cosmological topologies (the Cosmic Web) and microscopic biological networks (Mycelium) is often attributed to stochastic self-organization. This paper refutes that assumption by introducing the Breath Operator (B) as the primary dynamic engine that replaces the static background of traditional General Relativity. By coupling spacetime torsion directly to curvature via a complex state-transition matrix, RECSM models the universe as a discrete substrate undergoing constant, recursive cycles of expansion and contraction. To resolve ultraviolet divergences and entropic drift algebraically, the formalism is natively embedded within the Anadihilo () framework. We introduce a fundamental, dimensionless grid constant (i = 10-4), applying the Axiom of Normalization (→ 0U) to mathematically prevent infinite singularities. The model defines a strict Hamiltonian density where vacuum energy is a function of cycle stability, driven by exact fractional symmetries (ΦG = 1.25, Φµ = 0.8) and a non-diagonal torsion coupling constant (τ). Complete derivations of the Metric-Affine Lagrangian validate a "Resonance Constraint" that enforces topological alignment. Consequently, this discrete computational geometry naturally yields observed empirical phenomena, including Quasi-Periodic Oscillations in accretion disks and log-periodic gravitational wave echoes, establishing RECSM as a highly predictable paradigm unifying geometric relativity with informational mechanics.
Drafts by Nitin Dagar
Zenodo, 2026
This paper presents a theoretical exploration of the three-dimensional incompressible Navier-Stok... more This paper presents a theoretical exploration of the three-dimensional incompressible Navier-Stokes equations under specific unbounded geometric conditions. We investigate the mathematical competition between non-linear vortex stretching and linear viscous dissipation, tracking the formal algebraic sequence from classical geometric mapping to modern differential constraints. Following a strict observation-based methodology, we model a continuously tapering affine vortex structure where the vertical depth and radial extent are strictly unbounded. By executing fully uncompressed classical differential integration along a Lagrangian particle trajectory, we formulate the explicit algebraic conditions under which the spatial velocity gradient diverges, deriving a theoretical finite singularity time. We subsequently evaluate the governing additive framework through the rigorous principles of topological conservation and multiplicative equilibrium. The analysis relies solely on continuous mathematics, isolating the structural mechanics of the equations without boundary-induced artifacts. The findings present an analytical demonstration of how unconstrained continuous geometric scaling can theoretically overpower constant linear dissipation within an additive differential framework.
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Anadihilo: Core Axioms & Ontological Foundations by Nitin Dagar
_______________________________
[Preprint Status]
Note: This document is a Preprint. The core ontological derivations and systemic logic are currently under academic review (Submitted: Jan 2026). For the official archival record, please refer to the DOI registered at Zenodo.
[Learn More]
To see how this ontological foundation leads to physical constants and simulations, visit:
👉 anadihilo.org
Papers by Nitin Dagar
Drafts by Nitin Dagar