Difference between revisions 5702414 and 5702415 on simplewiki

[[File:Irrotational vortex.gif|thumb|[[Potential energy]] is [[rest mass]].<ref name="RestMass"/> The self-gravitational involution of a rest mass can be visualized as a series of concentric shells. The higher a shell, the lower its rotational frequency. If we sufficiently extend the series of concentric shells, then the outermost shell's rotational frequency will be zero, so that the shell will have the lowest (''i.e.'', zero) actual energy (''E''(contracted; show full)ar has to wait until it has radiated away half of the released gravitational energy before it can continue to contract."</ref> so that the proton's temperature increases. The rate at which the self-gravitationally shrinking proton radiates away its heat is directly proportional to the proton's surface area and to the fourth power of the proton's temperature (the [[Stefan–Boltzmann law]]). When the proton's radius decreases tenfold, the proton's surface area decreases one
-hundred-&#8209;hundred&#8209;fold, while the proton's absolute temperature increases tenfold, so that the rate of energy loss and consequently the rate of the proton's self&#8209;gravitational shrinkage increases by a factor of one hundred.<ref>[https://books.google.co.uk/books?id=fpM5AQAAMAAJ&q=%22Therefore+when+a+gaseous+sphere+shrinks+to+half+its+radius+its+absolute+temperature+is+doubled%22&dq=%22Therefore+when+a+gaseous+sphere+shrinks+to+half+its+radius+its+absolute+temperature+is+doubled%22&hl=en&a(contracted; show full)*[[Heat death of the universe]]

==References==
{{reflist}}

[[Category:Basic physics ideas]]
[[Category:Cosmology]]
[[Category:Energy]]