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Physics constants


"c, G, hbar, and the fsc" are physical constants
and the purpose of physical constants is to
establish the "relative" value (Ratio) between some measurement
and the standard quantity associated with the
particular physical property.

Standard quantities are politically determined numbers,
based on race, religion, King's body parts, etc.

1. "C" is just a constant that differentiates
between time periods and time intervals.

Time periods are auto-correlations
( Correlations associated with a single body.),
and the specific auto-correlation that one associates
with their standard clock quantizes time.

Time intervals are cross-correlations
( Correlations associated with two bodies.).
Spaces are time intervals (Cross-correlations) multiplied by "C".

2. "G" is just a constant that differentiates
between bodies perceived to be fixed in media (Time/space),
and bodies perceived to be varying in media.

For example, in the Sun/Earth system,
the Earth is perceived to be varying in media
and it gets the 365.25 days and the 93,000,000 miles
while the Sun is perceived to be fixed in media,
and it gets the "G" which balances the equation
and establishes the units that mass is expressed in.

Note that bodies perceived to be fixed in media
are considered to be "gravitational" while
bodies perceived to be varying in media are considered
to be "inertial". Einstein expressed this as his "equivalence
principle".

3. "h" is just a constant that
equates the angular velocity of an electron to energy.

In other words ( h * f )
quantizes the amount of energy required to
get an electron up to (angular) speed (Frequency).

4. "fsc" ( The fine structure constant ) is not absolute,
but varies slightly in hydrogen-like atoms.

Tom Potter

http://www.tompotter.us



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