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2007 by Morris G. AndersonSummary
This website presents a method based on the wave-particle duality of matter as outlined in the book Time, Matter, and Gravity for understanding the influence of gravity on the motion and natural frequency of matter (we will refer to this book and method as TMG). This simple and logical method provides accurate results for the following natural phenomena as confirmed by data:
The TMG method is a natural exponential solution and is unrelated to general relativity. This makes it possible to avoid the serious limitations of general relativity. For example, general relativity is not compatible with wave-particle Duality. Furthermore, the gravitational redshift predicted by general relativity is only a first-order approximation of a natural exponential solution causing it to collapses into a singularity. This makes it impossible to use general relativity to account for the luminosity of many recently discovered quasars that do not have an accretion disk - see the Chandra Observatory X-ray Wide-field Panorama Data release of March 12, 2007. In contrast, the TMG natural exponential solution provides an accurate model of quasar luminosity that does not require or exclude an accretion disk.
The TMG method is derived based on the hypothesis that all objects have wave characteristics and that motion can be described in terms of wave propagation. It is straightforward and grounded on clear definitions and postulates. This foundation makes it possible to derive, on an atomic level, the influence of motion and gravity on the natural frequency of matter.
If you understand basic calculus and physics, it will be easy for you to follow and comprehend the mathematical derivation of this approach.
Results and Discussion
The following information provides the details about this method.
Derivation: Learn how to define units of time, length, and matter in terms of light making it possible to derive the influence of gravity on the motion and natural frequency of matter.
Comparisons with Data: This method agrees very well with data. It also meets several of the requirements set forth by Nicolass Vroom in his General Relativity simulation "Extra Contest" contest
Path program: You can download a free copy of the path program in the form of an Excel Spreadsheet for solving the problems listed above.
Cosmological ramification of this method: The Big Bang theory is based on the idea that everything came from a singularity or in other word everything came from nothing. This ancient idea has been reinforce in modern times by the singularly contained in the general theory of relativity. However, the success of the TMG method combined with the failure of general relativity in modeling the luminosity of quasars indicates that the general relativity concept of a singularity or black hole is an illusion caused by a first-order approximation of nature. In other words, the modern Big Bang theory is based on an incorrect model of gravity and a flawed understanding of nature.
A Method for Predicting Quasar Luminosity Consistent With the NASA/IPAC Extragalactic Database: It is widely accepted that quasar radiation is emitted from a thick torus shaped accretion disk surrounding a black hole. However, the Chandra X-ray Observatory wide field panorama released on March 12, 2007 indicates many quasars do not have an accretion disk and cannot be explained by this representation. This paper presents a solution that does not require or exclude an accretion disk. It is based on the method first suggested in the 2004 APS Four Corners Section Fall Meeting presentation, Wave Propagation In A Gravitational Field. This model makes it possible to predict quasar luminosity as a function of gravitational redshift in qualitative agreement with the population distribution recorded in the NASA/IPAC Extragalactic Database. Furthermore, it indicates conditions may become critical at a redshift of 3.5 causing a quasar to ignite in a form of radiation limited gravitational collapse. These results offer a possible explanation for a peak, at a redshift of 3.75, in the observed population distribution. The success of this approach provides convincing evidence that gravity is the primary influence behind both the radiant power and redshift of quasars. This paper was Presented at the: APS Four Corners Section Fall Meeting October 19-20, 2007 Northern Arizona University Flagstaff, AZ
About the Author
My name is Morris Anderson. I enjoy many things a few of which are the outdoors, singing, fixing things, family activities, science, engineering and a good walk so I can think. I graduated with a Bachelor of Science degree in Mechanical Engineering from Brigham Young University. I work in the field of installation aerodynamics for a turbine engine company located in Phoenix Arizona.
I have thoroughly enjoyed working on this project. It has been a marvelous experience to start from scratch using only basic definitions, postulates, and logic to derive equations that I can use to create a computer program that accurately models the natural phenomena listed in the summary of this document.
Please let me know if you have any comments or questions.
E-mail: Morris Anderson.Copyright:
These documents cannot be distributed without the written permission of the author. This permission will be normally granted, upon request.
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