Quantum Gravity and String Theory

   

Sunqm-1s3: Applying {N,n} QM Structure Analysis to Planets Using Exterior and Interior {N,n} QM

Authors: Yi Cao

The Solar QM {N,n//6} model is so successful in describing the QM of Sun-planet system, that inevitably it has to be able to describe the QM of planet-moon system. In this paper, I used {N,n} QM model to analyze all eight planets. The result revealed that Jupiter has a p{N,n//5} QM structure, Earth has a p{N,n//2} QM structure. Neptune possibly has a p{N,n//2} or p{N,n//4} QM structure, Saturn possibly has a mixture of p{N,n//2} and p{N,n//3} QM structure. The rest planets have no clear p{N,n} QM structure. Through a global data analysis, I discovered that all eight planets were originally formed in p{N,n//2} QM structure, with an atmosphere at p{1,1//2}, a Earth-sized core at p{0,1//2}, and a inner core at p{-1,1//2}. Then after the (hydrogen fusion generated) ice-evap-line expanded and passed {1,6}, all {1,n=3..6}o orbit planets' p{1,1//2} atmosphere mass was stripped off (like the current Earth), and even part of Earth-sized core was stripped off (like the current Mars). Jupiter captured most part of the stripped off mass (which grew its mass from originally 10% to today's 100%) and transformed its p{N,n} from p{N,1//2} to today's p{N,n//5}. Saturn captured small part of the stripped off mass (which grew its mass from originally 20% to today's 100%) and transformed its p{N,n} from p{N,1//2} to today's mixture of p{N,1//2} and p{N,n//3}. Among eight planets, only Uranus and Neptune still keep the original p{N,1//2} QM structure with almost intact p{1,1//2} atmosphere, p{0,1//2} Earth-sized core, and p{-1,1//2} inner core. The limitation of p{N,n} QM analysis for meter-sized objects has been discussed.

Comments: 18 Pages.

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Submission history

[v1] 2018-05-06 00:02:56

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