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The uncertainty principle might be the answer to understanding the quantum world!

There is no real science yet, in my opinion, about quantum information theory. Except to say that within the next decade, there will be some science, in the classical sense, about the art of quantum information.

The qubit, which is a unit of quantum information, cannot be looked at in the classical sense of physics. Otherwise, the content of a qubit, if looked at in the classical sense, becomes something other than a qubit.

Time, in the sense of quantum information theory, also cannot be determined exactly. To sum up my ideas, whatever one believes about science, religion, or whatever one sees as one's basic philosophy, might well be true in the quantum world of awareness.

Search terms: phase conjugate adaptive resonance, quantum holography, quantum information theory, quantum entanglement.

Websites: [NOTE: Some links below were removed due to broken elements in the HTML code which stalled the page or prevented closing the page, or navigating beyond it.

http://noetics.net/sia/d_ra din_radio.html

http://www.edmit chellapollo14.com/naturearticl e.htm

http://plato.stanford.edu /entries/qt-entangle/

http://ww w.nidsci.org/articles/mitchell _hologram.php

http://en.wikiped ia.org/wiki/Quantum_informatio n_theory

http://en.wikipedia.or g/wiki/Resonance

http://www.noetic.org/sia/Shif tInActionLP_RA.htm

http://en.wi kipedia.org/wiki/Holographic_p rinciple

http://qwiki.caltech.e du/wiki/Main_Page

http://www.qi .leeds.ac.uk/

http://www.physic s.gatech.edu/people/faculty/ak uzmich.html

Several pdf papers and articles were found on these sites.

A huge set of articles on the quantum world at newscientist.com
http://www.newscientist.com/ch annel/fundamentals/quantum-wor ld

Maggie McKee's article: Instant Expert: Quantum World
http://www.newscientist.com/ch annel/fundamentals/quantum-wor ld/dn9930 Maggie McKee, in her article at New Scientist, calls quantum theory the 'wonder drug' of the century of science, the 1900s. Quantum theory explained many unsolved mysteries, however, it may have created a set of controversial ideas which still divide scientists today.

In the thought wars between Bohr and Einstein, about the quantum world, Bohr won. That was more than seventy years ago, however, many people are still unconvinced! Uncertainty, even though it may only apply to a specific set of conditions, seems to make us uncomfortable.
My father was a hard worker, however, he loved to gamble in his free time. He bet on the ponies, thoroughbred horses, at the local off track betting parlor. From Hollywood Park to Wheeling Downs, millions of dollars are wagered every day by thousands of racing fans. Mathematically, it was once possible to develop a system for betting on thoroughbreds, but those days are long gone. The computerized methods of the handicapping and odds making experts have created a condition where any horse could win any race, but at low returns. The crowd at the race track seems to get wind of the winner, just before the race, and the odds for that horse often pay less than the money bet. A two dollar bet on the favorite, might return only one dollar. Even the multiple winner options can pay less than the bet.

A very talented young scientist, who I met on the web, stated his idea that many things are not subject to uncertainty. The impossible to predict long term effects of chaos simply do not apply to everything. So there seems to be a certain amount of certainty available. Maggie McKee may have defined one of the conditions which determine this difference for scientists. The difference between quantum physics and classical physics seems to happen most obviously when considering particles versus molecules, however, that may be changing. Increasingly large structures, such as atoms, can be subject to strange effects. Such as the Bose-Einstein Condensates, where several atoms seem to occupy the same space as a single atom, when the conditions are near absolute zero.

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