n-Dependent Triad Energy Partitioning in a Saturated Climate Regime: Conservation Theorems and Emerging Trends

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Authors: Antoine Liagre
Cited by: 0

Abstract

VALDATION TEST ONGOING This paper quantifies the partitioning of residual energy into the triad arms (TEPRAT kinetic, SWISO radiative-wave, CATED dispersive) as a function of cumulative equilibria n(t). We derive three conservation theorems showing that total energy is exactly conserved while the partition evolves: kinetic arm increases with recent nonlinear uptick (2020–2025), radiative-wave arm grows with n due to resonance, and oceanic dispersive arm declines. Validation on ERA5/GPCP (1980–2025) yields R² > 0.75, with 2023 AR seasons as key evidence. The framework predicts TEPRAT ~50% + SWISO ~40% dominance by 2026–2031."The Three Theorems for Article 6 (Energy Conservation Through Partition)

Fields of Study & Subjects

Climate variability and models Meteorological Phenomena and Simulations Climate Change and Environmental Impact

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
28 January 2026