Background radiation reciever

[sm0ky2]

hey guys
I don't want to bore you with 30 pages of math, to show you how I got here.
So I'll make this short and simple.
This was derived by solving a series of equations regarding cosmic background radiation.
And applying this information to half-wave antenna theory (with k-factor compensation)


What I find is (mathematically) that a half-wave antenna with a (half) wave length of:


0.5mm (0.25mm each side)


Should receive limitless free energy from the cosmos.


Directly from background radiation.
Zero-point energy.


An array of such antennas can be scaled up to any power requirements.
(may have to be a very large array?)


It's very tiny, so I will need to procure a micrometer before I begin experimenting
Just wanted to throw this out there.


Cosmic radiation frequency is among the most powerful waves in the microwave spectrum.
And are present in every part of the known universe. Permeate every space, every material.
If we are able to create this type of reciever, it could be a game changer.


Thanks for your time. Let me know your thoughts.

[jojo500]

with 1mm wavelength you are at round about 299,8 GHz  hm..
could be pretty intresting to play with

all the best jojo

[telecom]

Isn't antenna size should be comparable to a wavelength?
In this case we should be talking about angstroms, not mm.
Or you have some kind of a trick?

[jojo500]

he was talking about half wave  antenna 0,5mm so wavelength is 1mm
so freq is  about 299,8 ghz.
how ever in that range your far away from doing triks of any kind  (only my 2cent and sure not the absolutly known and best)

have fun

[telecom]

he was talking about half wave  antenna 0,5mm so wavelength is 1mm
so freq is  about 299,8 ghz.
how ever in that range your far away from doing triks of any kind  (only my 2cent and sure not the absolutly known and best)

have fun

Except I doubt that there is any background radiation at this frequency.
Haven't he mentioned cosmic rays?