such as the wave length extends for more and more time (wave length expands as it moves out ward) the light quanta diminishes so the radiation gets weaker and weaker as it spreads however in space, it does not weaken but instead gets spread out so there for the light quanta recieved by us is only a small amount of the energy of the universe
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you just arent looking hard enough
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h being planck's constant*
v being light velocity* over wave length
e being light quanta, the idea that light doesnt come out as a steady radiation, but instead in single quanta
*light velocity, 300,000 kilometers per second
*h=6.626 0693(11) times10^{-34} (J)(s)
J being joule
s being seconds
e=hv-w
e now being the amount of light/radiation needed to break the bonds of atoms from their metal
w being the binding of an electron to a metal
this is a big help in understanding microwaves and other radiation waves
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as the wave length extends for more and more time (wave length expands as it moves out ward)
the light quanta diminishes
so the radiation gets weaker and weaker as it spreads
however in space, it does not weaken but instead gets spread out
so there for the light quanta recieved by us is only a small amount of the energy of the universe
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