On Sunday, June 23, 2019 at 8:41:54 AM UTC-5, Eva wrote:
>
> Given that time is irreversible, and global entropy always increase:
>
> 1. In principle, sooner or later, every living system such as human being,
> or humanity will be annihilated?
>
> 2. In principle, if system is annihilated then it is irreversible - a
> system with the same internal structure may be created, but it will not be
> the very same system, it may be (at most) perfectly isomorphic, but it will
> not share the same identity?
>
> So, for example, if I die, and hypothetically, in the distant future, an
> exact copy of my body will be made than it will be an exact copy of my body
> and consciousness, but not my current identity, so my consciousness will
> not reappear after my death like from deep sleep.
>
>
> I would like to ask you - in your opinion, my two above conclusions are
> correct?
>
>
>
> I'm sorry for bothering you with this question, I have encountered
> statements that every situation, and every particular life, return
> endlessly because the time is infinite, but the number of possibile
> configurations of atoms is finite. This idea is terrible. I don't want
> repeat my life forever :(
>
> Some people also talk about "eternal return" in the context of 4D block
> universe theory where every situation is timless.
>
> P.S.
>
>
> I've previously made a similar topic in context of Peter Rowlands
> "Zero-totality"
> works but it did not appeared after sending :(
>
There is Poincare recurrence, where for N distinct quantum states or units
of phase space volume occupied the recurrence time is on the order of T =
10^Ndt, for dt the increment of time fundamental to state changes. This
might mean dt is the Planck unit of time 10^{-43}sec This is then a huge
time if one considers the observable universe with 10^{80} particles, and
so this time is 10^{10^{80}}dt. But this is not all, for we may have to
consider quantum recurrence time that would be 10^T or 10^{10^{10^{80}}}dt,
which curiously is the lower bound on the stability of the de Sitter
vacuum.
To make things a bit more bizarre, if space is flat and infinite R^3 then
there will be regions out there with duplicates of you. With the
equivalence of space and time the closest should be around 10^{10^{80}}dx
for dx the elementary unit of distance most identified as the Planck length
10^{-33}cm. So duplicates of this local world and ourselves may not just be
a recurrence in time, but in space as well.
LC
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