From Wikipedia, the free encyclopedia

Form of un-quantization

The thermalised photon loses it's orbital differential information and its now un-quantized energy is within the black body allowed range, which has a unique probability density curve. The photonic energy is within that range, but it's more likely to have one of the most probable un-quantized energies.

Thermalisation: The phenomenon where specific scattered particles lose energy via their interactions with their surroundings, and they tend towards having a common speed.

From Wikipedia, the free encyclopedia

Form of un-quantization

The thermalised photon loses it's orbital differential information and its now un-quantized energy is within the black body allowed range, which has a unique probability density curve. The photonic energy is within that range, but it's more likely to have one of the most probable un-quantized energies.

Thermalisation: The phenomenon where specific scattered particles lose energy via their interactions with their surroundings, and they tend towards having a common speed.


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