Light: Difference between revisions
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Light, on a scientific level, can be defined by an amount of electromagnetic radiation given off by an electron within an atom that, having gained energy, returns from a higher valance level to it's natural level. The emission of the excess energy by the return to the lower valence shell produces this electromagnetic radiation. Upon the return to the natural level, a photon is emitted by the electron with very specific properties. Those observable properties determine the qualitative properties of the light. | Light, on a scientific level, can be defined by an amount of electromagnetic radiation given off by an electron within an atom that, having gained energy, returns from a higher valance level to it's natural level. The emission of the excess energy by the return to the lower valence shell produces this electromagnetic radiation. Upon the return to the natural level, a photon is emitted by the electron with very specific properties. Those observable properties determine the qualitative properties of the light. | ||
The intersection of light and another media can generally be categorized into four concepts: | |||
* refraction | |||
* reflection | |||
* interference | |||
* diffraction |
Revision as of 12:57, 6 June 2007
Light, on a scientific level, can be defined by an amount of electromagnetic radiation given off by an electron within an atom that, having gained energy, returns from a higher valance level to it's natural level. The emission of the excess energy by the return to the lower valence shell produces this electromagnetic radiation. Upon the return to the natural level, a photon is emitted by the electron with very specific properties. Those observable properties determine the qualitative properties of the light.
The intersection of light and another media can generally be categorized into four concepts:
- refraction
- reflection
- interference
- diffraction