GreenAce92
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From my understanding, antennas are designed to function on wavelength, whether it is quarter, half, full, etc... and some wavelengths are very big, as in meters... so I'm interested in an antenna that can absorb all wave lenghts, my hope is that this does not necessarily mean a large (very large) antenna.
I was thinking about a stacked system, almost like a filter eg. layers... where different ranges of electromagnetic radiation were captured / filtered... like siftings rocks, from pebbles, from sand...
then getting a total wavelength...
the idea is a sprayable black body that generates energy from the sun, by absorbing all forms of electromagnetic radiation and channelling it through a cathode/anode which can be attached anywhere... thus a floating "solution" is required and wired parallel similar to Christmas lights... and essentially the energy just finds somewhere to go in this case the wires and thus... you can spray this material on any surface exposed to the sun and start generating energy...
I'd appreciate any thoughts
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Sorry I meant to say "...then getting a total voltage/current... from the collected attenuation..."
I was thinking about a stacked system, almost like a filter eg. layers... where different ranges of electromagnetic radiation were captured / filtered... like siftings rocks, from pebbles, from sand...
then getting a total wavelength...
the idea is a sprayable black body that generates energy from the sun, by absorbing all forms of electromagnetic radiation and channelling it through a cathode/anode which can be attached anywhere... thus a floating "solution" is required and wired parallel similar to Christmas lights... and essentially the energy just finds somewhere to go in this case the wires and thus... you can spray this material on any surface exposed to the sun and start generating energy...
I'd appreciate any thoughts
- - - Updated - - -
Sorry I meant to say "...then getting a total voltage/current... from the collected attenuation..."