Could we map this to physics in this fridge model?
Let's say a higher order being is the compressor. There is a large mass in the fridge has been entrained by the compressor (the collective). Two new dishes are introduced of equal mass. One is at room tempurture (humble), and the other at 165 degrees (enriched). The loss these dishes must endure is the time it takes to become entrained by the collective inside the fridge (fridge temperature), or by the collective outside the fridge (room temperature). So the humble has less to lose while the enriched has more to lose in regards to time until entrained. Let's say the break even point for the enriched is where it was going to end up if left undisturbed (outside the fridge at room temperature).
So my question is:
Say I am part of this mass inside the fridge, and trying to reach the enriched dish, is this just an equation of time of exposure?
Is my situation with the enriched is that this dish only has 10 minutes with me before it is taken out, heated back up, and I have to start all over again?
Or reverse the roles. I am the collective outside the fridge, and the enriched are the ones entrained at fridge temperature, constantly being placed back in the fridge.
Because if time is the only factor, we could build a collective faster by picking our battles.
/rant



