Molecules With Radio Emission Under Current

AI Thread Summary
The discussion centers on the search for a nano-material or molecule that can emit radio frequencies when subjected to a voltage around 37 degrees Celsius. The project aims to integrate this material into a neuron, leveraging ion flow to generate a current for radio emission. There is skepticism about the feasibility of such a material existing, particularly under DC voltage, as conventional antennas are typically used for radio emissions. Suggestions include enhancing natural radio emissions with nano antennas, but the exact mechanism and frequency of potential emissions remain unclear. The inquiry highlights a significant gap in available materials for this specific application.
Gnomie27
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I am working on a project, however I am having trouble finding the right material for it to work. I am looking for a nano-material or any molecule that will emit a radio frequency when subjected to a voltage or a current at around 37 degrees Celsius. I would really appreciate it if someone could point me in the right direction, I've never had to find something like this before.
 
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DC voltage? I would be surprised if such a thing exists (neglecting thermal emissions). If your voltage source has the right frequency then it gets easier, but then I would simply use a conventional antenna.
What do you want to do?
 
Well, it's a long shot... But what I'm hoping to do is put it into a neuron. As the ions flow into an throughout the axon I'm hoping a current (if strong enough) can be generated and cause the emission of radio frequency.
I could be wrong here, but I believe this may result in a half cycle, but I don know to what frequency.

Think it could work?

Other than that my only shot would be to enhance natural radio emissions with nano antennas.

Any thoughts?
 
I change my mind:
Maybe 1 cycle in the axon and a weird 1.5 cycles through the membrane? its not your standard cycle but i believe it meets the definition, still a total guess though.

Does such a molecule really not exist though?!?
 
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