It is very very far from now. As of now, specific atoms and molecules that have very friend light-matter interaction are being used. If you also read about it briefly, the condensate is very very small around micrometers in size. It's implications are in probing quantum mechanics, studying condensed matter systems and the recent news I posted which is on Quantum Cosmology.
However, freezing an animal is probably impossible for now at least because you will need all matter to interact with light/laser at the same time. This is not possible with solids. Physicists working in this field start with gases then do some procedures with huge lasers setups and they obtain a Bose-Einstetin condensate which is very very very cold!
To give you an idea how their laboratory looks like. Check out the link below.
Quantum Munich:Move to Munich
It is the leading laboratory in this field led by Prof. Dr. Immanuel Bloch. You can also check out other stuff from their media section. They have videos and more.
This video will enlighten you about this topic. http://www.youtube.com/watch#!v=7Y0w...eature=related hehe




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Fortunately, one of their physicists there who I got to befriend was kind enough to refer me to other research groups. I applied to 5 other places and one of them invited me for an interview. This is in the institute of atomic and subatomic physics at the Technical University of Vienna. This research group is also comparable to the Max Planck Institute for Quantum Optics. Their boss, Prof Schmiedmeyer is one of the front-runners in ultracold atomchips. The have huge cryogenic chambers along with crazy optical trapping and cooling techniques. One of their goals is to couple superconducting qubits (quantum bits) into an ensemble of Ultracold atoms. It's a crossover between Solid State Physics, Condensed Matter Physics and Quantum Optics. The ultimate goal is create a Quantum Memory for Quantum Bits.

I will be working on the topic I described in the above paragraph hopefully around October.
