论文标题
使用光学激发的电信号创建冠状病毒传感器的可能性
Possibility to create a coronavirus sensor using an optically excited electrical signal
论文作者
论文摘要
我们团队的研究导致了一系列新的实验结果，揭示了所谓的电磁回声效应（EMEE）。 EMEE信号即使对研究对象的组成和特性的小变化也高度敏感 - 气体，液体或固体。该方法是快速且无接触式的，提供实时分析，可以被认为是通用的。我们有一个想法，可以创建一个传感器来检测三种情况，在三种情况下 - 在空中，硬表面和人体的液体中。该方法涉及检测对病毒的特定反应，即使没有专门设备，它们是看不见的。我们的经验表明，EMEE信号对弱或实际上无法察觉的反应非常敏感。因此，我们认为很有可能注册COVID-19的存在。在这方面，我们有许多实验结果支持这一想法。我们有创建传感器来监视流体的过程，组成和特性（包括生物学）的经验，以及检测大气中的污染和污染。
The research of our team has led to a series of new experimental results, revealing the so-called electromagnetic echo effect (EMEE). The EMEE signal is highly sensitive even to small changes in the composition and properties of the object under study - gas, liquid, or solid. The method is fast and contactless, provides real-time analysis, and can be considered universal. We have an idea to create a sensor to detect COVID-19 in three cases -- in the air, on hard surfaces, and in fluids from the human body. The approach involves detecting specific reactions to the virus, even if they are invisible without specialized equipment. Our experience shows that the EMEE signal is very sensitive to weak or practically imperceptible reactions. Therefore, we believe that it is quite possible to register the presence of COVID-19. We have many experimental results in this regard that support this idea. We have experience in creating sensors to monitor the processes, composition, and properties of fluids (including biological ones), as well as to detect pollution and contamination in the atmosphere.
