Quantum Particle Work Wins Nobel For French, US Scientists
thomst writes "Reuters is reporting that French scientist Serge Haroche and American David Wineland will share the 2012 Nobel Prize for Physics for their work on measuring quantum particles. (The article is very skimpy on details.)" The Associated Press article carried by the Washington Post is also quite thin, but along with the Reuters story says the Haroche and Wineland were selected for demonstrating "how to observe individual quantum particles without destroying them."
Ok, so now we can see the cat.. now how do we pet it?
http://www.nobelprize.org/nobel_prizes/physics/laureates/2012/advanced-physicsprize2012.pdf
Physics World has a slightly more in-depth article.
I opened both links in split screen- I read two articles on the subject at the same time, in tribute to the excellent quantum particle research.
... they gave the prize to _experimental_ physicists!
How about going straight to the source instead? http://www.nobelprize.org/nobel_prizes/physics/laureates/2012/press.html
The article is very skimpy on details
Oh yes, when it's about quantum physics, please bring a lot of details, with formulas and all... It'd help me to assess how low is my understanding of quantum physics...
Slashdot, fix the reply notifications... You won't get away with it...
Now this might be petty but as a Swede it would be fun to poke at US nationalists a little :)
My questions is frankly; Why is there a US flag on this story? Yes, one of the scientist is from the US but the other is French.
Not withstanding the fact that the Nobel Prize is Swedish.
(This /. so I don't think there is anyone here that doesn't know were the Nobel Prize comes from)
We've resolved the Heisenberg Uncertainty Principle?? /me throws his prototype compensator in the trash.
Operation Guillotine is in effect.
We have a really good theoretical model for quantum mechanics... called quantum mechanics. It has predictive results that agree with measurements really well. The only downside is the difficulty of some of the calculations mean more complex situations can take considerable time to apply the theory to. Also, some people might be upset that there is more than one interpretation, although to some degree that is more of a pedagogical issue. If you stick to the math, you get solid, quantitative results.
"It's at least strange that Nobel prices are rewarded such soon after those 'discoveries'"
Um, the work stretches back a couple of decades; a lot of it is based on Freedman's seminal work on Quantum Entanglement in the seventies. Freedman was on the short list this year, but he's moved on to Neutrinos.
It is nice, for me, to see good experimental Physics rewarded, rather than yet one more theory that just Strings us along.
You seem to not have much idea what you are talking about and are just trying to play at semantics instead. Quantum mechanics is a rigorous theoretical model, derived from a simply set of principles, e.g. not some phenomenology based on curve fitting. Just because it is probabilistic does not mean it is not a model (there are plenty of other theoretical models that are of practical use and probabilistic in a much less fundamental sense). Maybe someone will come up with a non-probabilistic one, but a lot of work has demonstrated that the most obvious ways to do so can not possibly explain actual data. To say a predictive axiomatic mathematical model is not a theoretical model is BS that makes it sound like you are saying, "It doesn't count because I don't like it."
We will know that we have advanced as a society when the Nobel prizes are covered as in-depth and breathlessly as the Oscars.
The full details are here: http://www.nobelprize.org/nobel_prizes/physics/laureates/2012/advanced-physicsprize2012.pdf
The prize covers a range of work by groups lead by Wineland and Haroche including: sideband cooling of an ion in a trap, transfer of a quantum superposition of electronic states to a quantum superposition of vibrational modes of a trap, measuring the number of photons in the cavity in a quantum non-demolition measurement, and creation of a superposition of microwave field states and monitoring their evolution to decoherence.
Just because it is probabilistic does not mean it is not a model
There seem to be a large number of /.ers who will never, ever believe this. I'm not sure why.
The correlation between ignorance of statistics and using "correlation is not causation" as an argument is close to 1.
Oh yeah, the problem's hardly unique to QM, or even physics.
The correlation between ignorance of statistics and using "correlation is not causation" as an argument is close to 1.
maybe the french flag was replaced with french fries long ago...
I remember some posters here indeed changed their sig. to some insult to the french national motto, you know, 'liberty/equality/fraternity' where US has 'in God we trust'.
We still have our issues here, like dying from silliness with the most important european homeopathy lab and huge sponsor, but still, we try to survive reasonably...
Herve S.