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Ah, there's the difference then... ranagrande Send a noteboard - 16/08/2011 05:28:27 PM
He said in his question that the particles in this particular theoretical example have infinitely small mass. Which suggests some mass, as opposed to no mass ...

See, it suggests to me that the particles are, in fact, without mass. If they had any mass at all, then they could have less, and that would prevent the mass from being infinitely small.

Or perhaps he is using another scale entirely? The particles in question might have negative mass with an absolute value of infinity. That could be a fun concept to think about.

Either way, he said that the particles themselves are infinitely small, which means that they will take up no space at all. Unless, again, they actually end up taking up an infinite amount of negative space.

And in that case, I would then answer the volume question by theorizing that, rather than taking up any space itself, each of the infinitely many infinitely small particles of infinitely small mass actually contains our entire universe.

I think that sounds reasonable.
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Psuedo-scientic metaphysical question thingy about infinity. Plus some other random stuff. - 16/08/2011 12:22:44 AM 520 Views
This kinda hinges on quantum, planck units, and even dark matter - 16/08/2011 12:58:57 AM 430 Views
Ok, I was guessing it would be something like that. - 16/08/2011 01:02:21 AM 478 Views
There's a nice poem on this matter - 16/08/2011 01:19:57 AM 390 Views
I think you're actually asking more than about infinity. - 16/08/2011 01:04:54 AM 481 Views
Right. - 16/08/2011 01:16:05 AM 446 Views
Infinity divided by infinity = 1... - 16/08/2011 01:14:38 PM 386 Views
Definitely not - 16/08/2011 05:19:27 PM 399 Views
Anything of infinite number would have infinite mass. - 16/08/2011 03:55:28 PM 469 Views
The volume is zero. - 16/08/2011 04:50:06 PM 371 Views
But but. - 16/08/2011 04:57:06 PM 405 Views
Well... - 16/08/2011 05:11:20 PM 404 Views
Ah, there's the difference then... - 16/08/2011 05:28:27 PM 409 Views
Green is my favorite color. - 16/08/2011 08:41:47 PM 407 Views
I know it goes against established mathematics, but... - 18/08/2011 03:25:39 AM 457 Views

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