Warning: This document is intended for theoretical review and is intended as material for further research by qualified specialists. It is not a guide to practical treatment or a medical recommendation. Предупреждение: Документ предназначен для теоретического ознакомления и является материалом для дальнейших исследований квалифицированными специалистами. Не является руководством к действию по практическому лечению или медицинской рекомендацией. Abstract This document presents a theoretical study linking three disparate fields — nonlocal spread of viral pathogens in genotype space, collective behavior (murmuration) of flocking birds, and the cosmological hypothesis of Acta Universi (AU). The hypothesis postulates a universal information archive, the AU-field, with entropy S_Θ measuring accumulated irreversible events. Mathematical formalisms are proposed to connect epidemiology, viral microevolution, and collective dynamics through nonlocal integro-differential equations, age-structured models, metapopulation networks, and fractional derivatives whose parameters depend on global entropy. Stability analysis and traveling wave solutions for nonlocal reaction-diffusion models are examined in detail. Numerical calculations of stability spectra λ(k), minimal wave speeds, and front profiles are given for influenza A/H3N2, SARS-CoV-2 (Delta, Omicron), and West Nile virus. It is demonstrated that increasing S_Θ accelerates the turnover of dominant strains and narrows the epidemic wave front, interpreted as information resonance of pathogens. The work is hypothetical and speculative, intended to stimulate further interdisciplinary research. Key words: nonlocal virus spread, murmuration, Acta Universi, information resonance, entropy S_Θ, reaction-diffusion models, traveling wave, wave stability, genotype space, SARS-CoV-2, influenza, West Nile virus