Blinking Universe: 30 Technical Papers on Theory & Applications by Richard Lighthouse - HTML preview

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23.  The Lighthouse Law of Variance

 

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Richard Lighthouse

 

 

Creative Commons 4.0 International License; 2020 by Richard Lighthouse. 

CC BY 4.0

Please acknowledge source.   RLighthouse.com

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ISBN: 9781311557759

 

 

Revision 2c

Houston, Texas, U.S.A.

19 November 2013

 

WARNING:  The NSA has likely placed electronic tracking tags in this document.  Please consider printing for distribution.

 

 

 

The Lighthouse Law of Variance

 

 

Abstract

 

This short technical note provides a Fundamental Law regarding all known physical “constants.”  In actuality, there is no such thing as a physical constant.  A description and mathematical explanation are provided.

 

Suggestions for further efforts are provided.  This paper will be meaningful to those with a background in physics, math, and/or engineering.

 

 

The Lighthouse Law of Variance

 

 

Richard Lighthouse

 

 

Introduction

 

Much misinformation has been written over the last hundred years about physical constants, their use and derivation.  Einstein proposed the speed of light as an absolute constant.  Plank proposed his discovery as a constant.  Unfortunately, this information is not correct.  Fundamentally, there is no such thing as a physical constant, in our terms,  i.e., all physical constants will vary over time, in our terms.

 

 

Statement

 

 

Simply stated, the Lighthouse Law of Variance is:

 

There is no such thing as a physical constant.  Physical

constants do not exist in any physical universe or reality.

 

This simple statement can be derived from Seth’s Basic Law #8, The Law of Infinite Change.1

 

This law means that Plank’s constant, the speed of light, the Gravitational constant, Coulomb’s constant, etc.  -  all need to be understood as varying over time, in our terms.  The variance may be very small, in our terms.  However, it still exists.  Future researchers will want to determine the first and second derivatives with respect to time for each of these “constants,” while also recognizing that even the derivatives will change over time, in our terms.

 

Some of these “constants” will continue to be used as “constants” in traditional terms to solve problems.  However, by understanding the limitations of such assumptions, we are better equipped to define when the assumptions can reasonably be made. 

 

Note:  this also means the Lighthouse Frequency will vary over time, in our terms. 2

 

 

 

References

 

 

This document is a living document.  The author reserves the right to make corrections and changes.

 

1.  Seth (Jane Roberts) Early Sessions, Book 2, Session 50, 1964.

 

2.  Richard Lighthouse, Characteristics of the Lighthouse Frequency, amazon.com, 2013.