Determine the thermal dynamics of Hell..(i think thats the topic)

Heard this one from Tofu yesterday, damn hilarious, but the guy who wrote is damn brilliant. I'll try to recollect from my memory of what Tofu said.

For your information, thats some University topic for some essay lol, they're always giving stuff you cannot prove literally to ppl =l

So this guy started writing about religions. So if there'res X number of religions in the world that states something like ,"If you don't believe in our religion, your soul goes to hell", so considering theres a lot of religions like this, there will be people going to hell.

So, for your soul to go to Hell, there must be a certain space to store them right? But what if Hell is just one limited place? Increasing amount of particles in a limited place, pressure increases. Boyle's Law states that the product of the volume and pressure of a fixed quantity of an ideal gas is constant, given constant temperature, but thats not the case, so temperature increases, and Hell hot.

Boyle's Law: PV = k
*P = Pressure
V = Volume
k = Constant

But what if, like the universe, Hell increasingly grows? If the influx of souls to Hell excedes the growth of it, then eventually, all Hell breaks lose as there will be a certain limit it can expand. But what if the influx of souls to Hell is SLOWER then the growth of Hell's territory? Then it according the Boyle's law, the temperature drops, and eventually, Hell freezes over. Sounds logical? I know it does =D Brilliant isn't it, this guy?