Researchers discover unconventional properties in quantum mechanical particle
(PhysOrg.com) -- An international team of researchers studying the quantum mechanical particles has discovered some unusual properties that could aid the construction of quantum computers.
Physics PHD student Lauri Lehman, Macquarie University in a joint project with researchers from the University of Leeds and Microsoft Research were considering what happens when one particle - called an 'anyon' - is put into motion. After analysiing their results, they found that anyons move relatively slowly and behave more like a classical particle moving around randomly.
Anyons are essential components in the development of quantum computers and were previously thought to behave like conventional quantum mechanical particles, which characteristically move very fast.
“This is a surprising result because you would expect anyons to behave like quantum mechanical particles. These are very unconventional properties for this type of particle,” said Mr Lehman.
The complex principles of quantum mechanics mean that the full implications of this research are still not fully understood. The properties of anyons are a subject of intensive research as physicists continue to explore quantum mechanics.
“This research is extremely interesting because it may provide the key to doing quantum computation in a way that is particularly well protected from the disturbances of the environment,” said Mr Lehman.
Researchers hope that this will help in the development of a quantum computer with capabilities far beyond even the most advanced modern supercomputers. It could also help physicists unravel some of the biggest mysteries of the workings of the universe by providing a way to possibly test quantum mechanics.
Provided by Macquarie University
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Aug 17, 2011
Rank: 5 / 5 (1)
http://www.resear.../mq:9499
The real life examples of anyons are various solitons, tornadoes and vortex rings.
http://www.youtub...5ib5meX4
The quantum vortices in boson condensates are anyons too. They're constrained to thin layers of superfluid like real tornados in atmosphere, but their energy levels remain quantized like at the case of real quantum particles. So they prefer to move in tiny jumps. They often form a Cooper pairs.
http://www.youtub...=related
Due their nature they're moving slowly, but they cannot stop completely, or they would disintegrate.
Aug 17, 2011
Rank: 1.4 / 5 (10)
Right, and we just "happen" to be in a universe where they don't disintegrate.
Has someone invented a "Drake equation" for the universe itself?
I mean come on, one more variable that has to be EXACTLY right or the whole universe, at least the "ordinary matter" would fall apart.
Probability of random origins: Zero...
Aug 17, 2011
Rank: 3.7 / 5 (3)
Actually the whole coincidence is given with the fact, the shark managed to evolve in the depth of oceans for long time, so he was not forced to use swim bladder for its vertical motion.
As a aetherist do prefer the "Boltzmann brain" model, in which the intelligent life evolved with motion of some part of matter at place inside of random Universe. Such probability is indeed low - but the Universe is pretty large too. It has lotta places for evolution of sharks...
Aug 17, 2011
Rank: 1 / 5 (1)
If we would consider this incredible number of hidden collisions, then the random formation of complex structures would become undeniable instead. It's just the matter of the volume area chosen, if we find some complex creatures in it. As a general clue for their finding can serve the fact, the complexity never comes alone: it's always surrounded with gradient of lower complexity. So we can expect the existence of living creatures inside of every planetary system, which is similar to our solar system and it's stable enough.
Aug 17, 2011
Rank: 5 / 5 (2)
No, not zero, just very unlikely. You might find the Anthropic Principle of interest.
Aug 17, 2011
Rank: 5 / 5 (4)
More Zephyr nonsense. If anybody besides "he who speaks to himself" can make any sense of his ramblings, do tell.
Anyons are a type of quantum particle constrained to two dimensions. Here is a dated article cited as a reference on Wikipedia: http://archive.sc...zek1.htm
In addition to using anyons in semiconductors and super conductors, anyons are used extensively in holographics.
Two dimensional = layers. You can peel back the layers, but string theory tell us, if you cut into an anyon it makes you cry...
Aug 17, 2011
Rank: 4.8 / 5 (26)
Hmm, makes a good sandwhich too.
Aug 17, 2011
Rank: 3 / 5 (4)
Aug 17, 2011
Rank: not rated yet
Aug 17, 2011
Rank: 3 / 5 (1)
Aug 18, 2011
Rank: not rated yet
When you drop a pack of smokes, the position where it lands is statistically impossible, because the probability of it landing in that exact spot from the infinite number of possible filthy sidewalk positions is zero. In fact you haven't proven god, but the central limit theory of calculus.
If you understood the Anthropic principle you would know that this phenomenon is a necessity because living observers wouldn't be able to exist, and hence, observe the Universe, were these laws and constants not constituted in this exact way. However it is not amazing but trivial, for other universes simply lack the life to ponder existential issues. Rawa1 already covered this ground. Reading skills, please.
In the multiverse theory you exist in a continuum of bifurcated universes. Hence you are ubiquitous, not unique.
Aug 18, 2011
Rank: not rated yet
http://physics.ap...les/v3/7
It's original, but it could be understood even without string theory. After all, if string theory can be applied to quantum vortices, why physicists are searching so desperately for strings and their extra-dimensions? They've them already before their eyes...
If these vortices aren't strings, then the string theory has nothing to say about them. It's just a matter of conceptual thinking.
Aug 18, 2011
Rank: not rated yet
Um... I think this is the talking to yourself stuff I was talking about. To help, I wasn't making a valid point, but instead taking any-on to an-yon to onion and trying to be humorous. I know puns, especially homophones, are often lost on non-native speakers.
Too bad I can't give a 5 to the first half of you comment and a ? to the second half.
Aug 22, 2011
Rank: 5 / 5 (1)
Now that would be cool. A Question Mark Rank. I would get a lot of those considering the way I leave words out.
Nearly left out 'lot of'.
Ethelred