I have read history... You only create more terrorists when you don't stay long enough to prop up a stable state. Otherwise, maliciously inclined regimes rise up to fill the power vacuum. Every conflict in which the US has stayed behind long enough to help establish a stable democracy is now a prosperous nation. Every conflict in which the US withdrew immediately afterward is now either a dictatorship hell-hole, or a terroristic hell-hole. Yes, staying behind to help the innocent takes a long time, but it's worth it.

^Why the downvotes? He's right. Either you believe in free speech or you're a fascist.

OOHHHHH IT'S A SNAKE!

Why thank you @timebender25 !

I know what you're talking about, and yeah, @rosebud is pretty good!

That mass is well below the Chandrasekhar limit (2.765x10^30 kg), and the pocket is much larger than the Schwarzschild radius of that mass (I calculate r=5.29x10^-19 m). So it wouldn't be stable as either a neutron star or a black hole (not that a black hole that small would be stable anyway). Although, assuming a volume of about 1 liter for the pocket, it would have to be compressed to about 3.56x10^11 kg/m^3, which is somewhere between the density of a white dwarf star and a neutron star (10^9 and 10^17 kg/m^3 respectively). Ok I'm thinking WAY too hard about this.

The gas heats back up as it compresses inside the collapsing bubble, resulting in a second flash of light as unburned remains ignite. See Dieseling http://en.wikipedia.org/wiki/Dieseling

So, full of enchanted golden apples (notch apples) would be 356106 metric tons (plus the weight of the apples themselves), assuming the 8 cubic meters of gold needed are not consumed in the crafting process and actually add to the weight of the apple.

Wait, nevermind, I'm thinking of a double chest. Carried inventory is a 9x3 grid of slots, plus 9 in the hotbox. ((9*3)+9)*64=2304 (44513 metric tons)
It really annoys me that you can carry 36 stacks of 64, why can't we keep to the 2^n theme?

I get 4032 cubic meters. Carried inventory is a 9x6 grid of slots, and there are 9 slots in the hotbox, stacks of 64 in each slot. ((6*9)+9)*64=4032 (4032 cubic meters of gold is 77898 metric tons)

Right, we'd need access to the position vs time graph so we could take the 3rd derivative to find the change in acceleration over time. Then we could talk about the maximum instantaneous g force.