On 6/13/2018 4:30 PM, Jason Resch wrote:
Physical Theories, Eternal Inflation, and Quantum Universe
<https://arxiv.org/abs/1104.2324>, Yasunori Nomura
We conclude that the eternally inflating multiverse and many worlds in
quantum mechanics are the same. Other important implications
include: global spacetime
can be viewed as a derived concept; the multiverse is a transient
phenomenon during the
world relaxing into a supersymmetric Minkowski state. We also
present a theory of “initial
conditions” for the multiverse. By extrapolating our framework to
the extreme, we arrive at a
picture that the entire multiverse is a fluctuation in the
stationary, fractal “mega-multiverse,”
in which an infinite sequence of multiverse productions occurs.
"Therefore, we conclude that the multiverse is the same as (or a
specific manifestation
of ) many worlds in quantum mechanics."
That makes the multiple universes hidden variables. So they must
interact (non-locally) else they are rule out by Bell theorem violations.
Brent
"In eternal inflation, however, one first picks a causal patch;
then one looks for observers in it.” Our framework does not follow
this approach. We instead pick an observer first, and then
construct the relevant spacetime regions associated with it.
Instead of admitting the existence of the “beginning,” we may
require that the quantum observer principle is respected for the
whole history of spacetime. In this case, the beginning of our
multiverse is a fluctuation of a larger structure, whose beginning
is also a fluctuation of an even larger structure, and this series
goes on forever. This leads to the picture that our multiverse
arises as a fluctuation in a huge, stationary “megamultiverse,”
which has a fractal structure."
The Multiverse Interpretation of Quantum Mechanics
<https://arxiv.org/abs/1105.3796>, Raphael Bousso and Leonard Susskind
In both the many-worlds interpretation of quantum mechanics and
the multiverse
of eternal inflation the world is viewed as an unbounded
collection of parallel universes.
A view that has been expressed in the past by both of us is that
there is no need to
add an additional layer of parallelism to the multiverse in order
to interpret quantum
mechanics. To put it succinctly, the many-worlds and the
multiverse are the same
thing [1].
Jason
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