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7. Matter- sub atomics and atomics
| 7.16 |
The photonic family
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| Our Sun is only large enough to produce 1 core photons (around 18 million degrees K ) compared to 2 or three core Photons. | ||
| However Photons are the strongest for their size particles in the Universe and their behaviour is to essentially provide a carrier service to many of the "good" particles from the Sun, such as Hydrogen and to a lesser extent Helium to the Earth. | ||
| That ultraviolet light is the packaged photon carrier of Hydrogen, while visible light is Ultraviolet light minus Hydrogen has not been fully realised by contemporary science yet. | ||
| The important feature of Photons is that by and large their motion in Solar Systems is via powerful energis particle fields, spreading out to the planets, reacting with planets and surrounding space and returning to the Sun in giant loops. | ||
| That light does not travel in straight lines was a major discovery of Albert Einstein while he was alive. That light behaves in particle fields like other energis particles however, is yet to be fully verified. | ||
| As light in normal quantities does not largely harm atomic structures makes it the most useful carrier of information in the Universe and the principle particle used for detection using the biologic structures of sight (e.g. human eyes). | ||
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