Consider that the smallest mass determines the world.....Think that space is a just a balloon growing according to the mass...as the wavelength is inversely proportional to the mass (deBroglie's)and for a particle to exist stably, the universe must be atleast as big as the wavelength of the smallest particle...(stationary wave...like the elecron wave in atom)Now suppose this particle is decaying into energy and vaccum,then this particle can only split itself so that the smallestmass is atmost half the size of the previous mass... The idea for this is :Suppose space is also an entity and its growth is also quantized, then the minumum step growth of the space will happen if the particle splits into two...since 2 is the next biggestinteger as compared to 1.
So the space expands according to the whims of the smallest mass...
The left over mass has to become energy (and vaccum ?)...since a smaller mass is not possible at that instant..since universecan only grow that much(its growth is also quantized...).
Now take it in the opposite way....The universe size must have been half when the smallest masswould have been twice the size as it is now...
So going back in time, the entire mass energy and vaccum wouldhave been contained in a single primodial mass...and obivously...keeping in mind the quantum jiggle..which it has to have to obey uncertainity principle, this huge mass with a non zero very small velocity must have a very small wavelength...so the balloon or the space which hold it must also be very small...
Now consider what will happen if the smallest massdecays completely..The whole balloon will burst and condense the mass as itwas before...
But this can happen only after infinite time or if there is a condition where the mass cannot become smaller since the space cant grow bigger...This can happen if when most of the mass has become energyand this energy has spread all over so as to curve the space to restrict its growth....
Subscribe to:
Post Comments (Atom)
No comments:
Post a Comment