利用指数函数简约最小化接种量实现Covid-19免疫的贝叶斯模型

Lamothe N, Lamothe M, Lamothe D, Sierra C, Gonzalez Ch, Rodas Vh, Lamothe A, Sanchez-Montiel J, Lamothe C, Galicia H, Perez-Avalos Jl, R. O, Cazarin Z, Pena Avdl, Diaz-del Bosque A, Lamothe Pj
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引用次数: 1

摘要

核糖核苷类似物MK-4482/EIDD-2801阻断SARS-CoV-2在雪貂中的传播,并且可能能够减少传播,直到疫苗诱导或自然获得的保护性群体免疫达到100。正如斯金纳所指出的,行为问题必须通过行为工程来解决。控制论在当前条件下有充分的应用。正如饮酒、吸烟、吸毒、持枪犯罪、战争和性获得性疾病一样,亚里士多德的目的论原因不是烟草、毒品和任何其他问题,而是异常行为。这种情况并不简单,涉及非经典逻辑和其他数学逻辑[3,4]。神经地形图对应伏隔核。后者是战场,受试者的执魔是神经递质多巴胺的上升[3,4]。一般来说,人们对政府的要求很高;然而,与此同时,他们对自己促进SARSCoV-2传播的异常行为却非常宽容[4,5]。本文从科学的角度出发,综合运用概率方法和经典与随机逻辑,运用以最小接种量达到免疫为目的的简约原则,探讨如何处理这一问题。
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Bayesian Model for Covid-19 to Achieve Immunity by Parsimony of Exponential Functions Minimizing the Inoculum
A ribonucleoside analog MK-4482/EIDD-2801 blocks SARS-CoV-2 transmission in ferrets and might be able to diminish transmission until vaccineinduced or naturally acquired protective herd immunity is reached [1]. As skinner pointed out, behavioral problems have to be solved through behavioral engineering [2]. Cybernetics has full application in the present condition. As in alcohol consumption, smoking, drugs, gun crimes, wars, and sexually acquired diseases, the teleological Aristotelian causes are not tobacco, drugs, and any other issue, but the aberrant behavior. The situation is not trivial and involves non-classic logic and other mathematical logics [3,4]. The neural topography corresponds to the nucleus accumbens. The latter is the battlefield, and the subject’s obsession is the rise of the neurotransmitter dopamine [3,4]. In general, people are very demanding from their governments; nevertheless, at the same time, they are deeply tolerant with their aberrant behavior promoting the dissemination of the SARSCoV-2 [4,5]. This paper examines how to deal with this problem from a scientific perspective, considering probability methods and classical and doxastic logic, using the Parsimony Principle aiming to reach immunity by minimizing the inoculum.
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