A IS CALLING B IN 2055 FROM 2026

Read full text
Authors: Khan Saqib
Cited by: 0

Abstract

This work presents a purely conceptual and theoretical framework proposing that sound exists in infinitely many distinct states, and that sound propagation is influenced not only by physical distance and medium, but also by the presence or absence of competing sound states in the environment. The theory originates from real-life observational motivation during extreme nighttime silence, where distant sounds appear unusually clear. Based on this, the paper introduces the idea of sound-state availability, suggesting that silence acts as a special medium enabling long-range perception of weak sounds. A symbolic mathematical set of sound states is defined, alongside a novel conceptual classification of sound-state levels. The paper further proposes the idea of sound-to-sound proofing, where a specific sound state is isolated from interference rather than blocked by physical barriers. At higher-order sound states, the theory hypothesizes the possibility of ultra-long-distance and speculative time-domain communication, illustrated through a thought experiment involving communication across decades. This work does not claim experimental validation and does not conform to established physical models of acoustics. It is intended as a conceptual, philosophical, and speculative contribution, aimed at stimulating discussion at the intersection of sound, silence, time, and information. Keywords: Sound States, Infinite Sound, Silence as Medium, Conceptual Physics, Long-Distance Communication, Time-Based Signal Propagation, Philosophical Acoustics

Fields of Study & Subjects

Sound Studies and Aurality Acoustic Wave Phenomena Research Noise Effects and Management

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
4 February 2026