By William Charles Simpson
Other

Probability Efficiency Theory Expansion




Principles conjectured on thus far:

 1. The Defination Principle:
 Probability Efficiency is the probability of anything
 to "exhibit", "demostrate", "preform", "operate", "work", "do",
 apart from its probability to exist.

This is the basic defination of probability efficiency.

 2. The Less Than Principle:
 Probability efficiency is less than probability existance.
 
Anything which exists in the universe exists with 100%
probability. That doesn't mean it works with 100% efficiency.

 3. The Steady State Principle:
 Probability efficiency is not steady state or constant
 from time interval to time interval.

The sun in our solar system does not generate to same amount of
radiations every day, bacause of how many reasons.

 4. The Demostration Principle:
 Probability efficiency demostrates probability existance.

In order to "know" something has valid existance, an experiment
has to be preformed which demostrates the something is operating
at some level of efficiency. This demostration proves the
something exists.

 5. The Limits Principle:
 There are upper limits and lower limits to efficiency.

Our knowledge as a race, at any time has a upper limit of
efficiency. Above this upper limit we don't know and there is an
area of uncertainly.

 6. The Crossover Principle:
 The math needed to determine existance may not "crossover"
 and be used to determine efficiency.

Just in case the math needed to determine the probability of
existance is different than the math needed to determine the
probability of efficiency, this leaves the door open.

 7. The Uncertainty Principle:
 Certain Uncertainty Theory is probability inefficiency.

Outside the limits of efficiency is an area of uncertainty where
we don't know. The results are "inconclusive".
 
 8. The Reliability Principle:
 Reliability theory is method to calculate probability
 efficiency.

Enough said.

 9. The Components Principle:
 The efficiency of a system can be determined by its least
 efficient component.

The least efficienct component on a certain space shuttle was an
o-ring, at least during a certain launch...

 10. The Decreased Principle:
 When probability efficiency decreased too low, probability
 existance is threatened.

That Little 'O O-Ring Again!




William Charles Simpson
San Jose, CA, USA
1st Update: Mon, Mar 23, '98
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