Eventually we have to come to what is the fluctuation and does it always exist to a lesser degree of critical limit.
/\/\/\/\/\/ = Euclidean topology of a sine-wave
OOOO = combination of two geodesic sine-waves or as ( )( )( )( )
(((((( )))))) = oscillation as wave
...."Interestingly, they found that the systems had different degrees of determinism: oceanic rogue waves seem to have identifiable precursors, whereas their fibre-optic cable cousins are not at all deterministic.
...This is thought to be because the ocean waves are caused by turbulence, which is difficult to predict but not intrinsically random, whereas in optical fibres rogue waves are driven by quantum noise. According to Steinmeyer, “what this shows is really that ‘rogueness’ and predictability have nothing to do with each other.”
...This work could provide insight into the predictability of a wide range of chaotic phenomena, as well as advance our understanding of the nature of quantum fluctuations and randomness."...
/\/\/\/\/\/\/\/\/*\/*\/\/\/\/\/\/\/\/\ = bilateral fluctuation as a observational feedback mechanism?
/\/\/\/\/\/\/\/\/* i *\/\/\/\/\/\/\/\/ = bilateral consciousness with an abstract feedback mechanism?
/\/\/\/\/\/\/\/*( i )*\/\/\/\/\/\/\/ = bilateral consciousness with abstract feedback mechanism via looping geodesic trajectory of a curved space ergo a black hole?
In this latter scenario metaphysical-1, abstraction 'i' is inside the black hole and we know that is what inside a black hole is expressed on its event horizon surface.
( i ) = black hole with internal abstractions
* * = bilateral ----and connected to each other by geodesic-- quantum bits existing at or near the event horizon surface