"I learnt at elementary school that it is impossible to see a single atom through a microscope. Well, my elementary school teacher was wrong."
~Dr Mikkel F. Andersen, University of Otago
i am amazed: "Until now, scientists assumed that a turbulent flow travelling with a constant speed will always remain turbulent. However, scientists from Gttingen and Delft have now found evidence that points to the contrary. "Our measurements show that every turbulent flow in a pipe will inevitably become laminar"
this is clever but not surprising... if you send entangled photons down two noisy channels, you should see correlations based on their entanglement on the other end (at least in aggregate; it would be pretty hard to single out an individual photon among the noisy trillions :)
i'll bet this applies to economics as well, with money in the place of entropy. in which case, individuals are being out-competed by giant "money-processing" businesses like banks and investment funds
good direction for basic research... the results may prove very useful. "these so-called super atoms (clusters of 13 silver atoms, for example) behave in the same way as individual atoms and have opened up a whole new branch of chemistry."
an enlightening and thought provoking episode on light. the introductory history section is a little slow, but worth watching in preparation for a fascinating demonstration at the end
i'm no physicist, but i'm sure that directly modulating the uncertainty of the vacuum is very, very strange. i wonder if these guys will be awarded a nobel
this is excellent. in science, the biggest head-scratchers can lead to the best new models. with luck, maybe this will help us connect gravity and quantum mechanics (just hoping...)
congratulations, the newest calculations are great! but... "...even though the six-quark theory explains all experiments carried out to date, its intrinsic asymmetry between quarks and anti-quarks appears to be too weak to account for the matter-anti-matter asymmetry implied by our observable universe. Entirely new ideas and phenomena may well be required before this puzzle is understood." wheee, still have a little way to go :D
inspired by creationist arguments, these mean-spirited yet well-constructed lessons in physics (and other scientific disciplines) are both fascinating and enlightening
Gell-Mann is amazingly smart -- a funny and engaging speaker, in this quick talk about how the complexity of the physical world rests on incredibly simple fundamental physics
new experimental results imply "...if we wish to maintain the view that reality exists independent of our measurements (e.g. the moon is there even if we don't look at it), we are forced to accept that the world is nonlocal"