DNA Proves Existence of a Designer

[Everena]

They are interacting while they are existing in 2 different places. Please educate yourself about this. I am right and you are wrong. Let it go.

You're even wrong according to your own source.  Fine.  You want more?

"No reasonable definition of reality" could permit two objects to be mysteriously entwined across great distances, Einstein and his collaborators complained in Physical Review (SNL: 5/11/35, p. 300). There must be more to reality, Einstein believed, than quantum theory described. But rather than undermining quantum physics, the EPR paper, as it became known, became fodder for other scientists who showed that this unreasonable connection was in fact real. If quantum rules applied in everyday life, as soon as Peyton saw his quantum coin land in Seattle, he would know the outcome of Eli's toss--even if Eli's game were across the country or on the moon.

For decades, though, few physicists worried about entanglement. It was regarded as a hypothetical concept with no real prospects for ever being tested. "Initially it was a pure theory--quasi-philosophy," says physicist Nicolas Gisin of the University of Geneva.

That's no longer the case. Now, laboratories around the world routinely create and study entanglement, pushing the limits on the types and sizes of objects that can be entangled. Some studies are attempting to clarify the mysterious boundary separating the strange realm of quantum weirdness from the macroscopic world of football. Others focus on entanglement itself, particularly how it changes over time. Much of the new work is building a base for powerful technologies that operate in the real world, from manipulating information in futuristic quantum computers to sending secret messages with unbreakable security.

~ Sanders, Laura. "Everyday entanglement: physicists take quantum weirdness out of the lab." Science News, November 20, 2010, 22+.

Two objects.  Not one.

Yes, but what we are discussing is the concept of atoms and electrons existing in two places at once, and quantum entanglement is just part of the theory of quantum mechanics. You all should know this, since it is how we are able to have advanced technology. 

Congratulations to Drs. S. Haroche and D. Wineland for winning the Nobel Prize in Physics. 2012
These two physicists got the Prize for doing experiments once thought to be impossible, i.e. studying single atoms and single photons (particles of light).

They proved the correctness of the bizarre properties of quantum mechanics, i.e. that electrons can be two places at the same time. Einstein himself hated this idea, but he was wrong on this one. It sounds preposterous that electrons and atoms can be in many states at the same time, but this is the foundation of modern civilizations. Lasers, transistors, computers, the internet etc. are all based on quantum mechanics. It has been tested to 1 part in 100 billion in accuracy, making it the most successful physical theory of  all time. Except that it is based on feet of clay.

The idea that you can be in many places at the same time can be proven indirectly, by looking at the properties of many atoms, but testing it on single atoms and single photons was beyond reach. Until now.

Dr. Wineland put a single atom in a box, and then hit it with a photon of light.

Dr. Haroche did the opposite. He put a single photon in a box, and then hit it with an atom.

In both cases, the experiments verified quantum mechanics."