The Sunspot Cycle Leads to Origin and Epidemic Mechanism of Novel Coronavirus COVID-19

Wu, Jiang (2020) The Sunspot Cycle Leads to Origin and Epidemic Mechanism of Novel Coronavirus COVID-19. Natural Science, 12 (10). pp. 670-680. ISSN 2150-4091

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Abstract

Listed examples of virus transmission epidemics that can be strongly transmitted through the air caused by sunspot change cycle, analyzed the mechanism that promotes the generation of new viruses. From the schematic diagram of the changes in the combined force of the hydrodynamic effect of the sun sweeping the earth and the sweeping force, we obtain the places that are prone to light vortices are 30 degrees north latitude and 30 degrees south latitude on the east coast of the mainland creatively. The curved continental lines are perfect, the range of the light vortex generated is more obviously, and the effect is stronger. And the curved continental lines are perfect, the range of the light vortex generated is more obviously, and the effect is stronger. It is inferred that the light vortex produces the special amplified energy so that can make the virus mutate to produce a new highly infectious novel coronavirus. The earliest known place and time of the novel coronavirus origin are consistent with the reasoning of the new theory. Because the radius and frequency of the light vortex are different, the resulting virus strains are also different. Moreover, the fatality rate in the light vortex area is much higher than that in the non-light vortex area, indicating that the virus’s toxicity and lethality are higher in the light vortex area, so it can explain why Russia, India, and countries in the African equatorial region mortality are much lower than the United States, Italy, Spain and Brazil. Finally, preventive and recommended measures are proposed.

Item Type: Article
Subjects: Article Paper Librarian > Medical Science
Depositing User: Unnamed user with email support@article.paperlibrarian.com
Date Deposited: 10 Nov 2023 05:33
Last Modified: 10 Nov 2023 05:33
URI: http://editor.journal7sub.com/id/eprint/2206

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