NNNNNNNNNNNNOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO THE ENTROPY OF AN ISOLATED SYSTEM CAN NEVER GO DOWN BECAUSE...BECAUSE IT JUST HECKIN FLIPPIN FREAKIN CAN'T OK????????????
The Laws of Thermodynamics are a bitch.1. You can't win2. You can only break even on a very cold day3. It never gets that cold
>>16974972>NNNNNNNNNNNNOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO THE ENTROPY OF AN ISOLATED SYSTEM CAN NEVER GO DOWN No one says this, brainlet.
>>16974974There's no law against luck, though. If you can roll for a Boltzmann brain who said you can't roll for a Boltzmann universe?
>>16974972it actually can. the probability can be calculated fairly easily. it's just that for many macroscopic systems, no matter how small, the chance is way lower than the lifespan of the universd
>>16974976Ive talked to someone who said that
>>16975018ThisThey're not fundamental laws of reality so much as inevitable mathematical consequences of things being made of so many particles.
entropy is the belief of energy dissipating because of physical interactions which, itself, is entropic for how retarded it is.energy is transferred because of physical interactions. we're in a closed system. nothing is lost.
>>16974972>expand measured system boundaries>entropy instantly dropsCheque and m8
>>16975734the expansion of space, if it exists, which it doesn't, would be whole, such that objects also increase in size, and such that all increments in size, uniform, would be indeterminable and undetectable; which doesn't explain movement in space, because movement in space explains movement in space, rather than a fundamental non-uniform vague lazy rule of the universe that *empty* space expands while occupied space does not.
>>16974972Fluctuation theorem says it can... it's just not very probable.
