Why doesn't strong interaction and weak interaction obey the inverse square law? 1/r^2?
Why? 1/r^2 is derived directly from 3-dimensional space. Don't strong and weak interaction know that they exist in a 3-dimensional world?
>>9146430
i bet i can bench, squat and deadlift more than a gluon
>>9146430
>Don't strong and weak interaction know that they exist in a 3-dimensional world?
This, we can't expect them to obey the inverse square law if they are unaware of the structure of our world. We need to teach them.
>>9146436
I doubt it.
>gravitons
zee qft
set m=1 and take the derivative to get inverse square law
>>9147777
What book is that pic from?
Looks like a good read
>>9147806
he said zee qft
>>9147808
duh, im retarded
>>9146430
Self interaction and massive gauge bosons
>>9146430
https://www.youtube.com/watch?v=ykp4OA4bI90
>>9146430
Strong force doesn't. It believes itself to be a monkey chain made of gluons.
>>9146430
weak: force carier has mass, so it can decay, the chance it will decay depends on the distance between the 2 things interacting.
strong: self interaction in such a way that becomes stronger the further away it is
>>9146430
It probably does. Only the observer affect makes it seem like it doesn't.
That said I'm an electrical engineer by trade and an occam's razor kinda guy. I figure most shit that doesn't seem to make sense is because the observer is observing wrong or stirring the pot to measure some shit that is misguided.
>>9146436
>tfw you realize gluons are deadlifting all the matter in the universe