Exponential Parsimony to Generate Herd Immunity Against SARS- CoV2 Cybernetically Restricting Doxastic and Desiderative Logics

Author:

Lamothe Mara1,Lamothe Nery1,Lamothe Daniel2,Hernández-Garcia Andres3,Castillo Crisanto4,Alonso-Altamirano Alejandro5,Kuri Salim6,Clemente-Herrera Adriana7,Lamothe Pedro J.8

Affiliation:

1. División de Ciencias de la Salud, Medical Surgeon Career. Universidad Autónoma Metropolitana, Xochimilco

2. Universidad Westhill, Escuela de Medicina, Mexico

3. Scientist, Staff. Department of Molecular and Human Genetics. Baylor College of Medicine

4. Full-time professor and researcher. Instituto Tecnológico y de Estudios Superiores de Monterrey. Campus Cuernavaca

5. Coordinator of Internship and Social Service of the Medical Surgeon Career. Full-time professor and Researcher Universidad Autónoma Metropolitana. Xochimilco.

6. Infectology. Instituto Nacional de Pediatría. Pofessor of pediatrics Universidad Autónoma Metropolitana

7. Profesor and researcher Universidad Autónoma Metropolitana. Xochimilco. Professor emergency medicine. Hospital General Enrique Cabrera.

8. Instituto de Genética, Metabolismo y Reproducción, Prolaif S.C. Primer Mandante Epistemócrata de los Estados Unidos Mexicanos, ONG, Mexico

Abstract

We Hypothesize that It should be intuitively inferred that the behavior of the pandemics corresponds to the prediction of the Maxwell Boltzmann distribution, which is a direct function of population density. In a higher organizational metalevel, it is analogous to the Brownian movement effect, in which the possibility of being observed is determined by the observational power of the instrument. In this case, it corresponds to the sensibility and sensitivity of the probe as well as the prevalence of the arbitrary states. The states are formally considered as a partition in probability theory; both in the Kolmogorov and frequentist approach. All these become subsumed to the Bayes theorem applied to recursive conditional probability.

Publisher

Open Access Pub

Subject

General Earth and Planetary Sciences,General Environmental Science

Reference39 articles.

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