The system would look like everything stopped, all potential energy, all perfectly centered. But out resolution if an order of magnitude worse. The %D system should be spewing 3D remnants, but to our low resolution it would look explosive, like a big bang.
The delusion is a result of letting Planck error drop slowly toward zero and ignoring the dimesnional disruption. Once we start counting past Avagadros we have to account for potential sudden big bangs which are in reality a 5D spewing.
When we see a quasar from afar we see the refraction and pikc the three dimensions that fit. If someone were part of the spew from a local quasar, the world, from a 3D perspective would seem the result of an explosion,. We are aligned to a different set of the five dimensions.
There should be a subtle echo of the 5D, points where the proper 3D axis seems confused. This might be the quantum field. Un observable remnants of that last of the five eror types, the N equalizer for the 5D system making very subtle adjustments of squisheys we do not observe, and our Markovs would all be a bit out of kilter by an imperceptible amount.
The residual effect of the 5D adjustments to N would appear like we over measure, slightly. We will think we see something to precision, but in fact we have over measured, taken out too much error. The effec might appear as dark matter or appear as over spin correction, relative to 3D..
I think we belong to a local quasar, but it is imperceptible to us, we cannot see it. Someone far away is watching us, and they can see it.
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