Difference between revisions of "Study of Gravity, Part 1"

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==Abstract==
 
==Abstract==
  
I started this ?Study of Gravity? back in 2007 more as a curiosity than research. Looking in textbooks all you find about gravity is the statement that it is an attraction between two bodies and varies as the mass and separation. I thought there must be more to it, so I started collecting data about the earth. In engineering you start with a ballpark number (WAG or SWAG) and work the problem from there. Being of the electronics type I was trained to think in terms of waves, harmonics and frequencies. The ?wow moment? in the research came when I realized that the harmonic waveshapes were aligning very close to that of the measured data. After that things got real interesting![[Category:Scientific Paper]]
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I started this ?Study of Gravity? back in 2007 more as a curiosity than research. Looking in textbooks all you find about gravity is the statement that it is an attraction between two bodies and varies as the mass and separation. I thought there must be more to it, so I started collecting data about the earth. In engineering you start with a ballpark number (WAG or SWAG) and work the problem from there. Being of the electronics type I was trained to think in terms of waves, harmonics and frequencies. The ?wow moment? in the research came when I realized that the harmonic waveshapes were aligning very close to that of the measured data. After that things got real interesting!
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[[Category:Scientific Paper|study gravity]]
  
 
[[Category:Gravity]]
 
[[Category:Gravity]]

Revision as of 11:07, 1 January 2017

Scientific Paper
Title Study of Gravity, Part 1
Read in full Link to paper
Author(s) Mike Gamble
Keywords {{{keywords}}}
Published 2011
Journal None
No. of pages 114

Read the full paper here

Abstract

I started this ?Study of Gravity? back in 2007 more as a curiosity than research. Looking in textbooks all you find about gravity is the statement that it is an attraction between two bodies and varies as the mass and separation. I thought there must be more to it, so I started collecting data about the earth. In engineering you start with a ballpark number (WAG or SWAG) and work the problem from there. Being of the electronics type I was trained to think in terms of waves, harmonics and frequencies. The ?wow moment? in the research came when I realized that the harmonic waveshapes were aligning very close to that of the measured data. After that things got real interesting!