H. Z. WANG ET AL.
Copyright © 2011 SciRes. JQIS
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fied into the following three categories:
1) Photonic quantum entanglement
Quantum Mechanics had a shortcoming that will give
a confusing state and has spooky remote effect. So using
Quantum Mechanics, it is easily to get Photonic quantu m
entanglement. However, we have proved that all of their
experimental evidences are incorrect.
2) Quantum entanglement of ato m following phot o-
nic method
Recently, some of theoretical researchers reported
some papers about quantum entanglement of atom fol-
lowing the photonic method. They imagine that atoms
interact and entangle with each other, and then these en-
tangled atoms are separated with entanglement to ach ieve
spooky remote effects. However, there is no convincing
experimental evidence to support it.
3) “Quantum entanglement of atom” with interact-
tion of field and without spooky remote effect
Many theoretical and experimental researchers are
conducting these researches. It is totally different from
photonic quantum entanglement. Its interaction is gener-
ated by the field of high Q cavity. Although most of the
researchers used the same description method and test
method of photonic quantum entanglement to treat these
experiments, it actually differs from photonic quantum
entanglement and the quantum entanglement proposed
by Einstein and Schrödinger, its physics is correct. When
photonic quantum entanglement withers away, it will
still exist with another name.
Summing up the results above in Section 4, we can
conclude that 1) the experimental evidences of photonic
quantum entanglement actually is the results of the su-
perposition of many wave trains from many calcium at-
oms in every pulse, rather than a single photon; 2) in
Einstein-Bohr great debate, the viewpoints of Einstein
and Schrödinger are correct.
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