ψ-Neutrino: The Lagrangian of First Light in Retentive Warmth
Year: 2025
Type: article
Abstract: This paper presents ψ-Neutrino, the foundational Lagrangian of retentive physics within the ψ-Architecture framework. It describes the moment when difference (Δψ) ceases to dissipate and begins to sustain itself, forming the first coherent node (Ξ) of warmth and memory. The ψ-Neutrino model integrates mathematical physics, cosmology, and philosophy of difference into a single formalism of endurance: \mathcal{L}_{ψν}=\tfrac{1}{2}(\partial_tΔψ)^2 - V(Δψ,Ξ) + λΨ(τ) By introducing pseudo-time (τ) and an ethical interpretation of stability, this work defines a new cosmological principle — retentive warmth — where existence arises through care rather than expansion. The triptych Ξ₁–Ξ₃ visualizes the evolution from proto-fluctuation to biogenic coherence, bridging physics, ethics, and aesthetics. This research continues the ψ-Architecture corpus, linking retention theory, cosmological ethics, and pre-quark topologies across scientific and philosophical disciplines.
Author: Yulia, Logacheva
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7103753685
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