"It took the modern theory of quantum mechanics to explain the results
by suggesting that particles exist in a state of uncertainty, rather
than at a specific time and place, until we observe them, forcing them
to choose. Thus, the particles traveling through the plate don't have to
select slit A or slit B; in effect, they travel through both."
"We're still in the strange situation that if you believe that quantum
physics is everything, then all of us are somehow quantum-connected,
which is hard to believe. But it's also hard to believe that quantum
physics ends at some point. That's why groups like us are trying to
increase the complexity [of our molecules] to see if there is a
threshold at some point."
The results of the research, led by Thomas Juffmann, also of the
University of Vienna, were published online March 25 in the journal
Nature Nanotechnology.
"Of course anyone reasonable would assume the complexities of what we're
made up of has all come about by chance, right? "Particles exist in a
state of uncertainty, rather than a specific time and place, until "we"
observe them." Why is this? What makes "us" the observer, so special?
What we discover in physics is far more complex than what people could
have ever imagined two hundred years ago. An evolutionist believes if we
could start over again humanity could not have come about, for our
existence is a chance that should not have been. If they knew anything
about quantum physics they would realize something even more unlikely;
the building blocks of life should not exist, and thus the existence of
the reality we know today should not be possible. Yet here we are... In
my personal opinion humanity is the one thing that does not make sense,
for we have nothing to offer the rest of existence."
Consul Nicholas Moore
Please read entire article at the following link-
http://news.yahoo.com/largest-molecules-yet-behave-waves-quantum-double-slit-184107270.html
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