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The Dimension of Mass

"Mass", measured using Kilograms (Kg), is defined as: the property of a body that is a measure of its inertia and that is commonly taken as a measure of the amount of material it contains and causes it to have weight in a gravitational field. �Inertia� is defined as: a property of matter by which it remains at rest or in uniform motion in the same straight line unless acted upon by some external force.

�Weight� is defined as mass x gravity and �density� as mass/volume. Scientifically, one Kilogram is the weight of a specific platinum-iridium alloy held at the International Bureau of Weights and Measures in Sevres, France and is the ONLY SI unit still defined in relation to an �artifact� rather than to a fundamental physical property.

By defining the "field" as the volume of time, and correlating it to density, the time that exists in all mass is portrayed and when this concept is correlated to light, it is proven that 3-D space combines with 3-D time to form the illusion of mass via the harmonics of light. Light itself has been defined as the motion of the immovable object called space, by the irresistible force called time (this famous paradox forms mass).

The more dense an object the heavier it is. A pound of feathers is less dense than a pound of gold � though the weight is the same. Since the volume of the matter is used in the derivation, the density remains constant regardless of the amount of the substance.

Velocity (m/s) and acceleration (m/s²) represent linear motion. The seconds "sphered" (s³) represents density and the circular motion harmonically containing light to form mass - derived along with cubical length by "cubing" (c).

To unify the field and relate it to light, Mass is given the units of m³/s³. This is also called a space-time to unify the concept of the field - representing 3-D space and 3-D time. Simply by accurately defining the units representing "Mass", all physical quantities are related to space and time.

Although France's "Kilo-rock" may be used to equate the space-time to the kilogram, Planck's Constant (which will be proven to be gravitational flux) really derives the basic quantified relationship between space, time and light, powerful enough to become the basic "unit" for the space-time.

The UFT uses all of the dimensions of space and time (m³/s³) and defines mass based SOLELY on the speed of light cubed c³.

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