If you don't introduce energy nothing happens anywhere in the universe.
what about a star?
does a star require energy to be introduced before things
happen inside the star?
does any atom require energy to be introduced before things
happen inside the atom?
if the entire universe consisted of nothing more than a
single atom that atom would constantly be in motion.
QM joke waiting for the girl to appear on your barstool
that comment sums up the entirety of QM in my opinion.
time passes .......
So lets slowly introduce some energy some way (say put some small energy there say an electron) enough energy to create a single graviton. Nothing exciting happens the graviton is our force carrier and the only thing it can exert a force on is thing that has our energy and so it gives mass to that thing.
so a single electron stumbles in the scene , and creates
a graviton , then the graviton gives mass to the thing.
1) a single electron carries either a negative or a positive
charge.
2) does a graviton carry a charge?
3) does the graviton get its charge from the single electron
if the graviton gets its charge from the single electron?
4) does the graviton carry the same charge that the
electron carries if the graviton carries a charge?
5) does the thing carry a charge?
6) when the graviton gives the thing mass what form of mass
does the graviton give the thing.
a) virtual mass
b) mass
7) where does the graviton get the mass that it gives to the thing?
8) if gravity = energy and momentum then why are you giving
mass to the thing?
9) if mass no longer has a function in QM and is replaced
by energy and momentum why do you even mention mass at all?
10) I wonder if there is a good video to watch on youtube
or Netflix or the cartoon channel that can help me to
understand QM , one that I cant find a reason to stop
watching it in the first few minutes if I can first
get past the title.
