Journal Article

·2021

On the Availability of Electromagnetically Equivalence Processes Relevant to Worldwide Spreadable Diseases Manifolds

T. Şengör YTU

Abstract

This research concerns with modeling the exotic viruses attacking human beings and other species getting in touch them in a wide span of the Earth's complete metric space. The electromagnetically equivalence mechanisms developed for both the natural generation processes of exotic viruses and their spontaneous propagation capabilities as pseudo-embedded but stochastically spontaneous communication and intelligence like mechanisms in complex exotic molecular chains. The approach is related to the studies connecting virus-like but non-virotic structures, say virutics, going to be a virus with a stochastically electromagnetic initial boundary value problem topic which have high potential to contribute deterministic and fast solutions for the recent unusual pandemic and possible pandemics in future giving a possibility designing self-processed systems for effective detection and effective removing virutics before creating exotic viruses. The equivalence scheme topic is formulated for both electromagnetic events and exotic viruses from the developing studies related to inflective spaces and inflective waves. The recent pandemic has a topology relatable to the first stage of a worldwide spreading exotic diseases manifold.

Keywords

Pandemic Computer science Equivalence (formal languages) Metric (unit) Topology (electrical circuits) Theoretical computer science Infectious disease (medical specialty) Coronavirus disease 2019 (COVID-19) Mathematics Pure mathematics Engineering Disease

Subject Areas

Complex Network Analysis Techniques ·Statistical and Nonlinear Physics ·Physical Sciences
Opinion Dynamics and Social Influence ·Statistical and Nonlinear Physics ·Physical Sciences
COVID-19 epidemiological studies ·Modeling and Simulation ·Physical Sciences

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