24/365 solar cell output theory and experiments

[lancaIV]

http://www.omicsgroup.org/journals/handling-electromagnetic-radiation-beyond-terahertz-using-chromophores-to-transition-from-visible-light-to-petahertz-technology-2332-0796.1000125.php?aid=25406

[telecom]

http://www.omicsgroup.org/journals/handling-electromagnetic-radiation-beyond-terahertz-using-chromophores-to-transition-from-visible-light-to-petahertz-technology-2332-0796.1000125.php?aid=25406

This may work for gamma, but cosmic rays are of much higher frequency

[lancaIV]

You will become an "Oh-My-God"-member, telecom !


Their range ist the conventional electro-magnetic spectrum (commercial use) but has also the possibility for orbital/interstellar use !(satellite,Luna-Expedition,Mars, et cet...)


On Earth this -over THz-spectrum is not really usefull for conventional household and industrial energy conversion !

http://helios.gsfc.nasa.gov/qa_cr.html#range
For starters, there are several forms of "cosmic energy". We often refer to cosmic radiation, or cosmic rays for short. There is also the Sun's light at various wavelengths (optical, infrared, UV, gamma rays, etc.) as well as star light, and there are energetic, electrically charged particles from many sources including the sun, other stars and stellar explosions, the solar wind that fills the space between the planets, and the interaction of the wind with the interstellar material.[/size]
Let's run some numbers: To start, if we add all the energetic charged particles originating at the Sun and stellar explosions, we find that the energy striking the Earth is about 5 joules/sec/km² (where 1 joule/sec = 1 watt). That means that were you to collect all the energy of cosmic rays over 12 square kilometers, you would have enough energy to power a 60 watt light bulb. When a strong solar eruption occurs this number can increase by about 20% for perhaps as long as 10 hours, but this burst of activity is short lived.[/size]
What about light? The solar constant is 135.3 mwatts/cm² which corresponds to a radiant energy input of 1.4 gigawatts/km² (that's 1,400,000,000 watts per square kilometer) at noon near the equator. Now this is enough energy to power a small city if we could convert it to something usable like electricity in an efficient manner![/size]

[telecom]

You need to understand clearly what cosmic rays are before referring.
Cosmic rays is the matter itself, the way we see it here.
There is only one material which can convert the  matter into radiation - the radioactive material.

[lancaIV]

No,we can contaminate and decontaminate matter ( ~solar cell: dotieren) ,telecom !
This is the same with the radio-active spectrum.