We will suppose a theory of the universe and see where it leads, likely fun but screwy.
Here it is. Quasers take protons, strip them back down to pure vacuum and then rebuild them, shooting them out a 'channel'. What would we need to verify this theory?
Well, we have to see an aggregate, an we cannot see one unless the new protons retain some state information about their origins. So, at the minimum, protons have to be talking to each other, collectively estimating where each thinks the point of origin was.
In a metaphoric way, that is was the physicists Qbit conferences are all about. It is the same idea. Once you dump the concept of empty space, you get local knowledge only and thenm is a combinatorial (and therefore a graph queueing) problem. How much bandwidth is needed to maintain a consistent view of the center without disintegrating the codecs from radiation? The clock energy, or quantization rate in sending messages is bandwidth used. If they settle for low precision, they do not have to requantize for 10*32 years. It is a game, how many proton bots can you let loose without jamming the queue.
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