Changes

Muons are not protons, and they are not electrons; however, they do show themselves to be related to both particles by the fact that they run quickly between shells where the electrons orbit the nucleus. Muons rarely have a substantial growth rate and this means they do not proliferate before they are found being pushed out of the shells of an atom by the superior charge of protons.

Muons are not protons, and they are not electrons; however, they do show themselves to be related to both particles by the fact that they run quickly between shells where the electrons orbit the nucleus. Muons rarely have a substantial growth rate and this means they do not proliferate before they are found being pushed out of the shells of an atom by the superior charge of protons.

 

Protons release their charge to become neutrons when heating elements activate due to radiological presences of certain elements such as Boron (or electrons from Iodine) bombard the element radium from an outside source such as a passing meteor or comet. Black holes contain no free element to share outside of the bulk of the material that has frozen up electronically. Because black holes are so tightly woven in their electronic infrastructure, they lack the ability to cause collisions with outside materials which would help free their constituent elements back to electronic activity and explosive health once more.

Protons release their charge to become neutrons when heating elements activate due to radiological presences of certain elements such as Boron (or electrons from Iodine) bombard the element radium from an outside source such as a passing meteor or comet. Black holes contain no free element to share outside of the bulk of the material that has frozen up electronically. Because black holes are so tightly woven in their electronic infrastructure, they lack the ability to cause collisions with outside materials which would help free their constituent elements back to electronic activity and explosive health once more.

Diathermic conditions exist when two different elements (which do not ordinarily associate) become closely packed to each other, and that triggers two separate heating elements to be enough to measure them when examining the thermic qualities of a black hole. Cesium One and its atomic weight of 145 and the atomic weight of radium of 132 are so close in Ultimatonic composition that the Ultimatons actually are activating their heat shields in attraction with Ultimatons in close proximity in the other element nearby.

Diathermic conditions exist when two different elements (which do not ordinarily associate) become closely packed to each other, and that triggers two separate heating elements to be enough to measure them when examining the thermic qualities of a black hole. Cesium One and its atomic weight of 145 and the atomic weight of radium of 132 are so close in Ultimatonic composition that the Ultimatons actually are activating their heat shields in attraction with Ultimatons in close proximity in the other element nearby.

===The Mystery===

===The Mystery===

*The Mystery of the Unqualified Absolute and Cesium One

*The Mystery of the Unqualified Absolute and Cesium One