LIGHT

The Nature of Light

The origins of light has captured the imagination of many scientists since the inception of hypotheticals, as to what is the mechanism to explain the function and extrapolate a theory of light.
It has been established that light transfers thermal information (energy) from the source. Light like sound or water for propagation of motion, needs a medium.

Light is a thermodynamic function with internal interactions of emission, accretion and exerts energy units (quantum units) on this medium (dark matter) Assertions postulated that light characteristics are corpuscular or waves, ignore the possibility that the nature of light may be a contactual transfer phenomenon of thermal information. Argumentation initiates some theories as questionable, as they are void of a medium to transmit thermal information. This is where the concept of fmp (fundamental particles or dark matter) affirms a viable medium.

Dark matter is a combination of two fundamental particles a negatively charged particle and a neutral particle (graviton) To be instrumental in the construction of plasma, graviton* particles must rest in an adjacent formation. Sequentially vast quantities of contactual neutral particles are needed to simply fill the volume (the cosmos) and implement a route for universal thermal information transference. For now I will refer to this interaction as palpitation indicating actual momentary disturbance in the medium. Emersed in this plasma (Dark Matter) is a concept of contiguous fundamental particles that transfers thermal information (light) contactually, implementing an omni - directional emissionary and an accretionary interaction.

The theory of light dispersing is logical; it provides an interaction of the spectrum with omni - directional dispersed light and various thermodynamic values. If we can accept this as a logical hypothesis than dark matter is this medium. We should question this phenomenon; can thermal information survive in a vacuum or a PRE plasma*? How can a photon maintain energy levels in a hostile PRE environment? Starving for energy.

The speed of light (frequency) is directly influenced by the value of the mass particles or varying thermal values applied to (varying mediums of varying values) will result in varying speeds.
Light speed is finite for two reasons--
1-- dark matter resistance will impose limits to transfer speed as Einstein predicted even though he was not aware of dark matter in this format.
2-- second reason is thermal information accretion rate will impose limits aswell.
3-- in a matterless space a (true vacuum) light will not survive.

The rate of transfer (emission and accretion) in a medium is the velocity of thermal information transfer from one fmp to an adjacent fmp omni - directionally. To achieve light speed very little particle movment occurs only the contactual contiguous interaction of thermal information transference It may very well be that contiguous thermal transfer and fmp values produce conditions for said speed of light. The term "Light" in the common sense, is referred to as a is a limited portion of the spectrum, sensed by the human eye.

Dark Matter particles absorb thermal information from the source and when this DM interacts with a medium of a higher thermal particle density content, this triggers illumination (fmp are indestructible to the temperatures of celestial bodies).

Actions that propagate the speed of light is thermal information transferred omni - directional in the lattice. Absolute constant speed of light may not be intrinsic, as space would require homogenized omni - directional medium of matter. Will not happen. Light transfers thermal information contactually in an omni - directional emissionary and accretionary thermal interaction. This omni - directional process is emersed in a contiguous fmp plasma.


fmp * = fundamental particles (The term "fundamental particle" is used here to avoid having to invent new terminology)
graviton*=The term is used here to avoid having to invent new terminology
PRE * potential rest energy
more on "dark matter"

created by Sam Sade,
samsade@rogers.com
last modified: june 10, 2003

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