This limitation results from the wave nature of light. Rife suspected that cancer does also result from microbes, but that they are too small to be seen by means of standard optical microscopes. When the resulting entities caused always the same sickness after repeated cycles, the next step was to find specific vaccines to help their recognition by our immune system. They could then isolate and culture them. They used microscopes to see lethal microbes. In his youth, Rife had been impressed by the discoveries of Louis Pasteur and Robert Koch during the second half of the 19 th century. His achievements and the opposition that he encountered were described in the remarkable book of Barry Lynes. Royal Raymond Rife (1888-1971) was an outstanding scientific inventor, who wanted to help humanity by discovering and fighting still unknown causes of sickness and death. The worldwide coronavirus pandemic, the constant threat of unpredictable mutations and the now available explanations should make it obvious that biophysical methods cannot be neglected anymore. The same theory applies to bacteria and nanobacteria, because of their pili. It causes total destruction of the virus by rupture of its coating. Then we prove that forced oscillations of virus spikes lead to a peculiar resonance, because of nonlinear effects. We explain the high magnification and resolving power of Rife’s microscopes and show that new discoveries confirm that the postulate of invariable forms of bacteria has to be abandoned. Actually, we are faced with three problems: 1) the functioning of Rife’s supermicroscopes, 2) his observation that bacteria can undergo size reduction, and 3) the decisive resonance phenomenon. However, these results seemed to be unbelievable, since the underlying mechanism was not yet understood. He proved its efficiency by means of high resolution microscopes and in 1934, by controlled clinically tests. Rife discovered this method already about 100 years ago. Viruses and other microbes can be inactivated in a selective way by subjecting them to an oscillating electric field of adequate frequency.
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