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The research team centered on the US Case Western Reserve University heavy this time, "quantum entanglement" is widely seen characteristics in a large quantum system, results of studies it is assumed that identify the "threshold (threshold)" also brought occurs quantum announces. heavy It has been published heavy in Communications on Pure and Applied Mathematics. With this finding, more deeper understanding of the "entanglement", it may be possible that will be able to take advantage of its properties are cut Takuka.
(Credit: NASA / Sonoma State University / Aurore Simonnet) "(entanglement quantum, entanglement) quantum entanglement" is, but our day-to-day defeat to incredible quantum mechanical properties to the intuition. However, too for understanding was poor of about that, it is also a meta characteristics Ihanashi as "like's remote action, such as the ghost" in 66 years ago Einstein. For example, the electronic there are a total of two spin states of the "left" and "right". When two electrons are in the state of "quantum entanglement", if changes direction with the one of the electronic, is "determined" orientation with the other end of the electrons in immediately the exact opposite direction. It has also been referred heavy to as "non-locality", it's events are considered together no matter how theoretically also no matter away satisfied. (Even the other was in side by side, even if there in London, even if there a month is said to be established even if there across space) By the way, in other particles including photons but also "quantum entanglement" can be seen, it is said that it is necessary to number more than a pair To take advantage of this nature in some way. study published by this time Szarek Prof. - attempt to associate the "quantum entanglement" and "Mathematics"
(Credit: mozZz / Fotolia) team, but not reveal whether to function in a manner which "entangled" in this experiment, by combining the mathematical concepts heavy properties of a plurality of "entangled" you have to have succeeded in giving the parameters. Mathematical concept that combined, the thing that has been developed for a number of applications over the past 50 years. In short, the research team will be to correlate the Mathematics heavy and "entangled", "entangled" as in, seemed like can describe a specific physical phenomenon, such as not think of this world is there. "The fact that entangled a large sub-groups in the quantum system has been shown. This time, the entanglement is" I was to pinpoint the threshold that becomes the ubiquitous "thing" the and of mathematics at the university professor Stanislaw heavy Szarek, heavy who serve are talking. This time, Szarek his colleagues that focused on "our collective of large particles of scale, such as may be used in everyday life." Results, "in a random state in the system, in between the two subsystems, such as each number is less than one entire five minutes," entanglements "is not observed by insulators" heavy shown that were and are. On the other hand, the fact that "the two sub-systems to each other, such as more than one of the entire 5 minutes entangled" heavy seems revealed. In other words, in a system of total 1,000 certain particles, I have found that the "entanglement can not be seen in the small sub-group heavy than the number heavy is 200 particles, entanglement can be seen in more than 200 sub-group" I'm with. "When you reach the value of approximately 200, the change will be seen out of the blue," said Mr. Szarek heavy are talking. The threshold on the properties related to the tangle heavy quantum known as "PPT (positive partial transpose)" was also calculated. If if breached the requirement that this PPT, quantum entanglement appears, I will be called. Implications of research
"Of research results have been published by this time Szarek Professor gist is," but quantum entanglement is difficult to make a small system, I think is that much easy "is a big system. Einstein'm very Ibukashi "quantum entanglement" is, Harsh Mathur Mr. Rather, in the university and close "to something like the law serve the physical professor rather than an exception nature. Mathur said, is also a person was beg for advice for a better understanding of Szarek Professor this is about science. Below, in clause form the lines of Szarek professor. As "We" analysis science, algebra, geometry, etc. using the mathematics of where to encounter "is something of or puzzle, has put together a few from mathematics of different parts. Then I was adapted is the I "-" These mainly I mathematical tools developed for aesthetic reasons. As "" by computing & quantify quantum concept of music, that can be calculated it a method to associate the mathematical quantities, identify and distinctly has become of " " feature that was able to be what was further refine those described. Thus, its system it can be calculated the question and has succeeded in reducing to seem to have a mathematical quantitative "familiar things" "it ... if it surrounding, should come to mind is one of the question. "If you're that quantum is also intended to bring is commonplace in large quantum system, why already? The not been able to take advantage heavy of the property" to a simple heavy question like that, Mathur said to answer as follows: heavy there. heavy According heavy to Mr. "in everyday world" means a "it is difficult to build a large quantum-mechanical systems capable of performing such a quantum computation and communication", a quantum system is interference by the "decoherence" Because would be lost, you have to be due to reasons such as must be kept to those close the system. However, the quantum systems by this study, that the system may be able will give a number of parameters such as stand depending was Takuka. Related:.. Quantum demonstrate the "non-locality in space-time" of him - Israel Research | News latest science from overseas Guillaume Aubrun, Stanislaw heavy J. Szarek, Deping Ye Entanglement heavy Thresholds for Random Induced States Communications on Pure and Applied Mathematics, 2013 . http://onlinelibrary.wiley.com/doi/10.1002/cpa.21460/abstract;jsessionid=B9A16FC9F9B0B82C8D03252704193953.d01t02 heavy Case Western Reserve University. "Einstein's 'spooky action' common in large quantum systems." ScienceDaily, 28 May 2013. http://www.sciencedaily.com/releases/2013/05/130528122433.htm
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