Theoretical Proposal of an Internet of Pandemic Things Network Based at the Sensing of Proteins and Emission of Radiation in Outdoor Spaces

Abstract

Commonly in pandemic times, curfew and social restrictions are applied in order to minimize the infections. As seen recently at the beginning of Covid-19 it was required that people avoid public spaces because the risk of infection due to transmission through aerosols. This paper proposes a theory of Internet of Pandemic Things Network that consists in four fundamental steps: (i) Bio-sensing of virus in open places, (ii) Sending to the network of report about the virus characteristics, (iii) Emission of innocuous radiation within a limited spatial coverage and (iv) checking out of radiated area if apt for public usage. In this manner equations from classical electrodynamics are derived in closed-form. Essentially it is presented a theory that aims to neutralize electrically charged proteins of virus in open places. Simulations based at this are presented.