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Strategies & Market Trends : Free Float Trading/ Portfolio Development/ Index Stategies

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From: dvdw©9/11/2015 10:51:19 AM
of 3821
 
An older post revisited.

From: dvdw©
9/9/2008 8:06:40 AM
Read Replies (1) of 5012
“Entanglement represents excess of correlations, over and above classical ones. "

One such example;

1. Classical entanglement = Supply & Demand

2. Quantum Entanglement = Over Bought and Oversold

This is identity transference, to facilitate systemic largesse.

The transference of identity occurs at the level of facilitation.

The real problems become self evident when one understands original / classical laws governing stock issuance.

When Q Entanglement breaches transparency, it breaks the prevailing laws on the books, and thusly; must be properly characterized as contrivance. Contrivances are identity projections constructs of ego tied to self interest.

3. Contrivances are the "projections" postured as natural reflxivities. ie derivatives.

read with the reply at link; Message 24686830
One way of seeing this is as follows,” Vlatko Vedral, Professor of Quantum Information Science at the University of Leeds, told PhysOrg.com. “Entanglement means being correlated as far as many different measurements are concerned. Classical correlations mean being correlated as far as one particular measurement is concerned. That is why researchers usually think that when there is entanglement, there are also classical correlations. However, our paper shows that you have to be careful about making this inference.”

As Vedral explained, generally when physicists measure entanglement, their measurements destroy the quantum correlations first, and then the classical correlations.

“Entanglement represents excess of correlations, over and above classical ones. In other words, whatever cannot be accounted for locally is due to quantum entanglement. When you make local measurements on entangled particles, then you will invariably be destroying their correlations (both classical and quantum). Since quantum is in excess of classical, it is possible that you can first get rid of entanglement, but are still left with some classical correlations.”

But to do the opposite of this – to get rid of the classical correlations and have only quantum correlations – is more difficult to comprehend.
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