Friday 12 September 2014

Higgs Boson Symphony

Higgs Boson symphony is a group of notes made by Higgs boson during the interconnection of our universe with the first universe; this interconnection is build on the basic of (-1, +1). The symphony I shall talk about in this post today is a must to 
understand in order to understand thermodynamics. Nobody can ignore that we are living in a world full of humidity and moisture.

All stars will end their shinning because from our position all angles will be closed to zero, not only that but also we will not be able to see the planets of the solar system in exception of the Sun, the Moon, Mars and Neptune. My explanation to this situation is barely imaginable but in reality its true.

The first new rotation of planet earth is happening from the first orbit to the second orbit of the first stage of the first period of planet earth orbits; this first new rotation will exhibit the moon in (2) halves, the first half will be smaller than the second one. During the new rotation the earth will be closer to the sun, but there is no danger as the upper atmosphere mechanics will protect the earth from the extra heat.

The upper atmosphere mechanics will generate gluons to form a balloon which has exactly the same size of planet earth; this balloon will allow just the necessary amount of heat to penetrate to earth, and the extra heat will be diverted into space. The drawing bellow explains the position of earth within the first orbit of the first stage of the first period.


The Philippines is the most endangered nation to be flooded due to their position on earth; to explain this statement it is important to know that planet earth is changing its rotation, the Pacific Ocean is heading further south, that makes hurricanes and storms take the route towards the Philippines.

To finish this post; Higgs boson symphony is real and rest to us to discover it. Thermodynamics specialists have a huge potential to lead the rest of scientists to put the light on Higgs boson symphony and to tell us whats going on in the upper atmosphere.


   

No comments: