🚀 go-pugleaf

"Sam Wormley" <swormley1@mchsi.com> wrote in message
news:Iohxj.52245$9j6.43603@attbi_s22...
> Michael Helland wrote:
>
>>
>> Newton defined time and the space in the Principia as having both
>> absolute and relative natures.
>>
>> http://www.mnstate.edu/gracyk/courses/web%20publishing/NewtonScholium.htm
>>
>> Einstein fully understood and accepted both the absolute and relative
>> natures of space and time.
>
>   No--Actually Einstein showed that neither time for space are rigid and
>   absolute... that that both are malleable.

Sam,

ALL measurements begin with the concept
of ONE master oscillator.

A count of LINEAR accumulations from this oscillator
is performed by a CLOCK.

The first historic master oscillator was the moon, and
scratches on a bone made by some prehistoric man,
was the first known clock

You can set time zero of your clock
to correspond to ANY historic event,
and you can count forwards and extrapolate backwards,
using tree rings, historical accounts,
celestial oscillators, electronic counters, etc.
from this point.

Man uses the most convenient SLAVE ACCUMULATOR
to quantize the events he experiences,
but ultimately these events are mapped
to one's MASTER TIME BASE (Clock count),
and linearized if necessary.

Spaces are ultimately quantized
by using the counts of accumulators (Slave clocks)
that are referenced to the master clock,
and again, linearized if necessary.

The MASTER CLOCK determines the time units,
SLAVE ACCUMULATORS quantized what is called TIME.

What are called SPACES
are also the counts of SLAVE ACCUMULATORS.

The difference between TIMES and SPACES
is that TIMES are auto-correlations which are
associated with the interval
between periodic events associated with one point,

whereas SPACES are cross-correlations,
associated with intervals between a start point and an end point.

In both cases, one's MASTER, LINEAR oscillator
is used as the reference,
and the results are mapped onto one's MASTER TIME BASE (Clock count).

It appears that all events can be mapped
onto three LINEAR, ORTHOGONAL, CROSS-CORRELATED
time bases,

and tracked with a LINEAR, AUTO-CORRELATED time base,

and of course, that time base is ultimately
one's MASTER OSCILLATOR,

and the tracking is ultimately mapped to one's
MASTER TIME BASE (Clock count).

I might point out that so-called "laws of physics"
are sometimes used to linearize slave oscillators and slave clocks
with one's master oscillator and clock,
and sometimes artifact is assumed to account for any
differences between one's master and one's slaves.

For example, if one take two perfectly matched oscillators
and moves one of the oscillators around,
one will find that the slave oscillator is affected by
a number of things including
distance - Hubble Effect
velocity - Doppler Effect
acceleration - Galileo Effect
etc.

The bottom line is,
physical laws and models are used to map the behavior of a body
and multi-bodies onto three orthogonal cross-correlations,
and track these changes along one orthogonal, linear auto-correlation.

-- 
Tom Potter

http://www.geocities.com/tdp1001/index.html
http://home.earthlink.net/~tdp
http://notsocrazyideas.blogspot.com
http://groups.msn.com/PotterPhotos






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