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Understanding quantum mechanics is very hard, says Feynman.
If one is to think normally, then stupidities as Einstein. Another is invent a magical
semantics, consistent with all known results. The worst happens when one can
derive three or more normal intuitive results at the same time, which cannot be
true at the same time. Bell theorem fails if local realism i.e. “no spooky
action at a distance” fails. It fails experimentally. Hence need for QM
interpretations. ONLY deterministic theory known to 2014 was MEW = Everett’smany universe theory in which current universe branches into many for everynon-deterministic transition. That a huge number (10”1000) universes per
second. Non-parsimonious but deterministic, explains all!
Starting 2014, MIW motivated by quantum chemistry. It looks
like the Everett’s worlds are not unreachable split but share space-time of
each other! One needs to compute the wave functions of complex molecules in
quantum chemistry. This is exponentially hard. So some approximations have entered
which work. These CAN be interpreted as overlap of Everett’s worlds! So we have
brand new module – the MIW or multiple interactive worlds. It looks like most MEW
are simply effecting our universe! What if all are? That gives us the standard
non-deterministic model!
Enters Arun Arya brand new interpretation. What if ALL MEW
SHARE OUR SPACE-TIME BUT AT PARALLEL MOMENTS? Then time is not simple as now
but two dimensional, second axis small, the actual value for any particle some
operator of its potential VALUES! Time is not magical but 2D! Let us call thiseffort at removing ALL magical or religious elements from quantum mechanicsthrough 2D time, the heart of arun arya interpretation! Thickness of time in
other axis is very small, hence not noticed in any macro system.
Let us look at 2-slit canonical experiment. If the input in
single particles (electron or photon) is very slow, you still get interference
pattern! It is as if the particle passed through 2-slits at once and
self-interfered! MEW can explain it as the universe for each particle as
distinct, the particle going to expected location in that universe! How about
AAQ? The second time dimension resolved to whatever experimentally seen location! Happens naturally even with single particle!
How about Zeno QM effect? Like “No boil if watched”,unstable particles refuse to decay if watched! In effect, watching means
bombardment with photons. The interaction in many cases, disturb the second
time dimension of the unstable particle, preventing its decay!
It is easy to see, it is an interpretation that cannot be
falsified within normal quantum mechanics. It has a value of being less magical
than most, parsimonious, and not creating new points requiring more interpretation! Can one
predict the resolutions of the other axis? Then it is no longer interpretation but
falsifiable science! It can derive new science just as multiverse can! In that it is between science and religion in positive way i.e. pregnant science!
Pretty large things can be entangled these days, dealing a death-blow to collapse-like classic QM interpretations like Bohr copenhagen! Entangling macroscopic diamonds at room temperature: Bounds on thecontinuous-spontaneous-localization parameters says "A recent experiment made a significant step forwardin this direction. Two millimeter-size diamonds, distantsome 15 cm one from the other, were entangled, andthe entanglement was detected, via optical techniques,at room temperature. This means that objects directlyvisible by the human eye, in standard environmental conditions,and separated by a macroscopic distance, showa quantum behavior'
Pretty large things can be entangled these days, dealing a death-blow to collapse-like classic QM interpretations like Bohr copenhagen! Entangling macroscopic diamonds at room temperature: Bounds on thecontinuous-spontaneous-localization parameters says "A recent experiment made a significant step forwardin this direction. Two millimeter-size diamonds, distantsome 15 cm one from the other, were entangled, andthe entanglement was detected, via optical techniques,at room temperature. This means that objects directlyvisible by the human eye, in standard environmental conditions,and separated by a macroscopic distance, showa quantum behavior'
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