Difference between revisions of "Did the Proto-Gas Planets' Core Lose Mass Before Their Final Formation? Did Beta-Decay of Neutrons Occur?"

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==Abstract==
 
==Abstract==
  
Our gas planets and our core planets are formed as two groups from one solar protuberance. It appears that the ionized hydrogen (protons) generated the gas planets and the corresponding amount of electrons generated the core planets. In this paper, we will discuss the hypothesis that the order sequence of the proto- gas planets that we found could imply that the neutrons that were involved in the process of the solar protuberance, possibly got beta-decay. This hypothesis gives a probability fit of 99,7%. We also analyze the hypothesis that a part of the protogas planets' core mass got lost during the formation of the gas planets. For the latter hypothesis, we find a probability fit of 99,99%.[[Category:Scientific Paper]]
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Our gas planets and our core planets are formed as two groups from one solar protuberance. It appears that the ionized hydrogen (protons) generated the gas planets and the corresponding amount of electrons generated the core planets. In this paper, we will discuss the hypothesis that the order sequence of the proto- gas planets that we found could imply that the neutrons that were involved in the process of the solar protuberance, possibly got beta-decay. This hypothesis gives a probability fit of 99,7%. We also analyze the hypothesis that a part of the protogas planets' core mass got lost during the formation of the gas planets. For the latter hypothesis, we find a probability fit of 99,99%.
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[[Category:Scientific Paper|did proto-gas planets ' core lose mass final formation did beta-decay neutrons occur]]
  
 
[[Category:Gravity]]
 
[[Category:Gravity]]
 
[[Category:Cosmology]]
 
[[Category:Cosmology]]

Revision as of 10:15, 1 January 2017

Scientific Paper
Title Did the Proto-Gas Planets\' Core Lose Mass Before Their Final Formation? Did Beta-Decay of Neutrons Occur?
Read in full Link to paper
Author(s) Thierry De Mees
Keywords gravitation, gravitomagnetism, gyrotation, gas planets, neutrons, ionization, polarization, core planets, sun, beta decay
Published 2009
Journal General Science Journal
No. of pages 6

Read the full paper here

Abstract

Our gas planets and our core planets are formed as two groups from one solar protuberance. It appears that the ionized hydrogen (protons) generated the gas planets and the corresponding amount of electrons generated the core planets. In this paper, we will discuss the hypothesis that the order sequence of the proto- gas planets that we found could imply that the neutrons that were involved in the process of the solar protuberance, possibly got beta-decay. This hypothesis gives a probability fit of 99,7%. We also analyze the hypothesis that a part of the protogas planets' core mass got lost during the formation of the gas planets. For the latter hypothesis, we find a probability fit of 99,99%.