This is the interdisciplinary, multidisciplinary approach to solving a much larger problem, a paradox of scientific theory and observation. The paradox is classical electromagnetics and thermodynamics versus quantum theory (mechanics). Is radio frequency to microwave radiation acting on diazoluminomelanin reactions as time-varying fields, through secondary heating, or as quanta being specifically absorbed?
The application of the resolution is to greatly improve the remote manipulation of nanomaterials as vectors of genetic modification and antimicrobial effects. This resolution of the paradox would not be possible with a single discipline.
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About the Entrant
- Name:Johnathan Kiel
- Type of entry:individual
- Profession:
- Number of times previously entering contest:3
- Johnathan is inspired by:Over 30 years of research trying to bring detection, identification and neutralization of especially dangerous pathogens into non-permissive areas of responsibility for Military Special Forces: https://link.springer.com/book/10.1007/978-3-031-63006-4. Bionanotechnology: Radio Controlled Antimicrobial and Genetic Vectors, Springer-Nature,2024.
