CosmosBeating — The Noise (CBtN)A Multi-Series Theoretical Framework on Noise as a Generative Principle in Cosmic Information Dynamics Overview CosmosBeating — The Noise (CBtN) is an independent theoretical research series that reconceptualises noise — not as interference or waste, but as the foundational generative condition of all information dynamics in the universe. Drawing from information theory, thermodynamics, neuroscience, ecology, meteorology, and cosmology, CBtN proposes that noise is the irreducible medium through which information circulates, structures emerge, and time itself is constituted. The series is built upon a single core proposition: Noise is not the absence of information. Noise is unmatched information — the raw potential awaiting a resonant receiver. When information finds its receiver, it becomes music. When it does not, it remains noise — not useless, but deferred. The universe is the process of converting one into the other. Series Architecture The CBtN collection is organised into four interconnected series, comprising 20 papers in total: ① CBtN — Axioms (1 paper)The logical and definitional foundation of the entire collection. Establishes the core axioms governing information, noise, resonance, entropy cost, and the Coin Model (music and noise as two faces of the same informational unit). All subsequent series draw upon this axiomatic base. ② CBtN — The Noise · Core Series (6 papers)The theoretical spine of CBtN. Defines the three-layer nature of noise (physical, informational, predictive), develops the Coin Model of information duality, formalises noise as a recyclable information resource governed by Landauer's principle and entropy exchange, and extends the framework to cosmic scales — connecting the Big Bang, dark energy, and the arrow of time to the noise-to-music conversion process. ③ CBtN — In Terra · Applied Series (9 papers)Ground-level applications of the CBtN framework across two domains: Micro (4 papers): Human-scale noise dynamics — dreaming as nightly noise settlement and synaptic clearing, sleepiness as the body's noise-overload circuit breaker, and somnambulism as the failure of internal simulation leading to emergency motor sampling. Macro (5 papers): Earth-scale noise dynamics — forests and mycorrhizal networks as passive noise processors, meteorological change as large-scale information settlement, climate breakdown as planetary somnambulism, the Amazon rainforest as a distributed informational computer, and ecological intelligence as noise-to-structure conversion at biosphere scale. ④ CBtN — Cosmos Series (4 papers)Extends the framework to universal scales — examining how the cosmos itself operates as a noise-clearing engine, how structure formation (stars, galaxies, observers) represents successive stages of noise-to-music conversion, and how thermodynamic limits define the ultimate boundary between resolvable signal and irreducible cosmic noise. Unifying Theoretical Thread Across all 20 papers, five propositions remain constant: Noise is unmatched information, not absent information. The music/noise distinction is receiver-dependent, not signal-intrinsic. Information circulation requires noise as its thermal pool and generative seed. When noise-clearing channels fail, systems resort to high-cost emergency discharge — somnambulism, storms, climate crisis, entropy cascades. The universe is a process: from maximum noise (Big Bang) toward progressive music — and noise is the fuel that keeps the process running. Keywords Information theory · Noise · Entropy · Resonance · Cosmic information dynamics · Sleep and dreaming · Meteorology · Climate systems · Ecology · Thermodynamics · Philosophy of information · Theoretical physics · Observer theory · Music and noise duality AuthorIndependent ResearcherWai-Hung Tam (Pan) Independent Researcher ORCID 0009-0002-7789-8464 panxtam@protonmail.com
Wai-Hung (Pan) Tam (Fri,) studied this question.