De Harmonia Motus: A Study on the Law of Flow and its Application to a Rotary Piston Engine inspired by the DNA Double Helix
Year: 2025
Type: article
Abstract: "De Harmonia Motus" presents a conceptual synthesis based on the geometric principles introduced in previous works : Il Principio di Selezione Cinematica: - Principio ANNA - Una Legge Geometrica per l'Efficienza Universale Il Principio ANNA per la Conversione Cinetica Efficace: La Costante Universale di Equilibrio Perfetto Il Principio di Compattazione Geometrica: Un Modello Predittivo per l'Asse del B-DNA ANNA: A Generative Algorithm for the Axial Structure of B-DNA based on a Golden Disphenoid ηφ: A Characteristic Length for Discrete Golden Growth in R3 The Golden Disphenoid ANNA: A Three-Dimensional Constant from the Golden Ratio From the ANNA Tetrahedron to the Double Helix: a Modulated Golden Screw. It explores two paradigms of mechanical harmony ('Harmony of Equilibrium' vs 'Harmony of Flow') , using kinematic simulation and fluid-dynamic validation protocols to propose the ANNA Principle as a universal law for efficiency, particularly in fluid dynamics. This document serves as a 'manifesto' connecting the author's technical findings on the Golden Disphenoid ANNA to broader engineering and philosophical implications.Supplementary materials include the Python script implementing the CFD validation protocol described in Chapter 6.
Author: Miele, Carlo Alberto
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7092357201
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