关于物理学家在抗击sars-cov-19及其突变方面的帮助

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摘要

当前,新型冠状病毒大流行(SARS-CoV-19)是全人类面临的主要威胁。随着新的更具侵略性的突变的出现,这种威胁正在不断增长。目前公认的对抗病毒的主要方法有:疫苗接种、消毒、石英化和隔离。然而,他们都有自己的优点和缺点。分析这些缺点并寻求消除它们的方法是一项重要而紧迫的任务,这是所开展工作的主要目标。方法:批判性地分析新出现的问题的传统方法和生物物理影响病毒的方法。科学的新颖性在于用一种新的生物物理方法来抗击COVID-19的基本原理,以及确定需要解决的任务。工作成果:疫苗接种被认为是抗击COVID-19的最有效方法。然而,它削弱了病毒的传播,但没有阻止病毒的传播,因为它在追求他的新突变。这导致局部时期缺乏免疫保护,这时只能采取唯一的办法——限制人们的生活方式和活动,直至严格隔离。对抗COVID-19的其他传统方法包括消毒和石英。但是,在进行了消毒后,感染者进入该区域将使其结果无效,并导致需要进行新的消毒。因此,所有传统方法都受到其实施的时间和条件以及有效行动的持续时间的限制,最重要的是,它们需要投入大量的时间、智力、技术、经济和劳动力资源才能达到预期的结果(特别是疫苗的创造)。由于所有这些方法都没有解决消除流行病和消灭病毒的问题,而只是减缓了病毒的传播,因此建议讨论另一种方法——通过外部电磁场产生的共振振荡(振动)方法消灭病毒。在此基础上,为进一步的工作制定了第一个任务:寻找摧毁病毒的共振频率范围,第二个任务是寻找激活病毒的频率范围,以便在开发新的电子系统和技术设备时排除病毒的出现。在物理学家和生物物理学家广泛参与的情况下,需要在国家和非国家卫生组织一级从根本上解决这些问题,世界各国科学界对此进行了讨论。这条道路可以为迅速有效地解决这些问题奠定基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
About help from physicists in fighting sars-cov-19 and its mutations
Annotation: Currently, the SARS-CoV-19 (COVID-19) coronavirus pandemic is the main threat to all of humanity. This threat is constantly growing as new and more aggressive mutations emerge. The main ways of fighting viruses are currently recognized: vaccination, disinfection, quartzization and isolation. However, they all have their own advantages and disadvantages. The analysis of these shortcomings and the search for ways to eliminate them is an important and urgent task, which is the main goal of the work performed. Methods: a critical analysis of the emerging problems of traditional ways and methods of biophysical impact on viruses. Scientific novelty lies in the rationale for a new biophysical way to combat COVID-19 and in setting the tasks that are required to he solve. Results of work: Vaccination is considered to be the most effective method of combating COVID-19. However, it has weakened, but not prevented, the spread of viruses, as it acts in pursuit of his new mutations. This leads to local periods of lack of immune protection, in which the only way is used - the introduction of restrictions on the lifestyle and activities of people, up to rigid isolation. Other traditional ways to combat COVID-19 involve disinfection and quartzing. However, the entry of an infected person into this area after they have been carried out nullifies their results and leads to the need for new disinfection. Therefore, all traditional methods are limited by the time and conditions of their implementation and the duration of effective action, and most importantly, they require a large investment of time, intellectual, technical, economic and labor resources to achieve the desired result (especially the creation of vaccines). Since all of them did not solve the problem of eliminating the pandemic and destroying viruses, but only slowed down their spread, it is proposed to discuss another way-their destruction by the method of resonant oscillations (vibrations) created by electromagnetic fields from external sources. On the basis of this, the 1st task was formulated for further work: search for the resonant frequency range destroying viruses, and the 2nd task the search for the frequency range that activates the virus, in order to exclude its appearance in the development of new electronic systems and technical devices. The need for a fundamental solution to these problems at the level of state and non-state health organizations with the wide involvement of physicists and biophysicists is brought up for discussion by the scientific community of all countries of the world. Such a path could create the basis for their quick and effective solution.
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