so I have a headache now , thanks orac.
my brain has told me that the RF that is being consumed
by the RF harvester can be compared to a air valve opening
on a compressed air tank that has 20 air pressure guages
and 20 pressure release valves attached in a circle around it.
the pressure release valves will only open at a certain
pressure and after the first pressure valve has opened then
the remaining 19 valves will not open because the air
pressure drops inside the tank , so an individual pressure valve will never open unless it is the first one to open.
from a engineers viewpoint that issue can be solved by
ensuring that all 20 of the valves are opened at the same time.
the purpose of doing this would be to equally distribute
the escaping pressurized air for stabilization or to reduce
material stress.
now , the pressure valves can be fitted with orifices
and pressure regulators that only allow a certain amount
of pressurized air to pass through the orifice in a given
time no matter how large the pressure is in the tank.
now applying the above thoughts I get the below
but using light vs RF and the below may work with RF
Im not sure yet.
we now know that we can control the speed of light using
a medium so there is the pressure regulator valve and
the pressure release valve and the pressure orifice.
by slowing down the light using 20 mediums that the light
passes through and then collecting the light and converting
the light you remove the ability of a single photo cell
to absorb all of the light energy.
the light will be trapped inside the medium until it
exits the medium but it doesnt need to exit the medium
to be detected.
also the exit time of light exiting the 20 mediums can be staggered over a time period using different thicknesses of
mediums that would allow Time for each individual photo
cell to collect and convert the light into a capacitance array
to be used to compare the emission energy of the light source and the energy collected in the capacitance array.
what do you think?
