Nope. Better. ANU's Quantum Atom Optics group.
Last edited by Spark (2011-02-23 00:31:00)
The paradox is only a conflict between reality and your feeling what reality ought to be.
~ Richard Feynman
~ Richard Feynman
Last edited by Spark (2011-02-23 00:31:00)
Last edited by AussieReaper (2011-02-23 01:01:08)
..also.. If anyone is interested in watching the launch tune in here.Kmar wrote:
Climate Change Deniers Beware Glory
Earth observing satellite Glory (launching Feb 23, 2011) will provide long-term hard data on aerosols, solar radiation and their effect on climate change.
http://www.space.com/10924-climate-chan … glory.html
Pretty interesting. S3- is something that I had thought was impossible. Could have pretty interesting implications in geology (and mining, for that matter)Scientists say a previously little known form of sulphur, which only occurs at extreme temperatures and pressures, may be the most common form of the element on Earth.
Dr Gleb Pokrovski from the Université Paul Sabatier in Toulouse, France, and Professor Leonid Dubrovinsky from the Universität Bayreuth in Germany hypothesised that sulphur's ability to transform into different species (chemical forms) could produce interesting results under extremes of temperature and pressure.
To test their hypothesis they performed experiments with sulphur rich fluids at high temperatures and high pressures.
They unexpectedly discoved that a form of sulphur called trisulphur anion or S3- was the dominant stable form of the element in geological fluids at temperatures above 250 degrees Celsius and pressures greater than 0.5 gigapascals.
I sincerely hope you do find a use for roo poo.Spark wrote:
So... today I finalised a research project. I get to go into a genuinely cutting edge lab and do genuinely cutting edge research in a field which is riiiiiiight out there
Atoms chilled to more than -270°C start to behave just like light particles in a laser beam, according to new Australian research.
The discovery could lead to the development of exciting new technologies including atom holograms, says Dr Andrew Truscott, who led the research team, at the ARC Centre of Excellence for Quantum-Atom Optics at ANU in Canberra.
Truscott and colleagues showed that when helium atoms are extremely cold - within one millionth of a degree of absolute zero - they are forced into a state of coherence where they will travel in much the same way as photons travel in a laser.
BEC is fun stuff. I have a friend getting his PhD in a quantum optics lab...but I honestly don't know what his project is.Spark wrote:
BTW this is the sort of stuff that the group I'm working with is doing, and at that place - although a different group I think.Atoms chilled to more than -270°C start to behave just like light particles in a laser beam, according to new Australian research.
The discovery could lead to the development of exciting new technologies including atom holograms, says Dr Andrew Truscott, who led the research team, at the ARC Centre of Excellence for Quantum-Atom Optics at ANU in Canberra.
Truscott and colleagues showed that when helium atoms are extremely cold - within one millionth of a degree of absolute zero - they are forced into a state of coherence where they will travel in much the same way as photons travel in a laser.
Last edited by AussieReaper (2011-02-28 01:12:22)
Haha, mine is fairly low grade (modelling noise in an atom laser) but it does mean I have access to a proper research lab, a proper research team, proper modelling software that I get to play with, and learn a bit of some stuff I wouldn't learn for another year or so otherwise (quantum field theory, condensed matter theory etc).SenorToenails wrote:
BEC is fun stuff. I have a friend getting his PhD in a quantum optics lab...but I honestly don't know what his project is.Spark wrote:
BTW this is the sort of stuff that the group I'm working with is doing, and at that place - although a different group I think.Atoms chilled to more than -270°C start to behave just like light particles in a laser beam, according to new Australian research.
The discovery could lead to the development of exciting new technologies including atom holograms, says Dr Andrew Truscott, who led the research team, at the ARC Centre of Excellence for Quantum-Atom Optics at ANU in Canberra.
Truscott and colleagues showed that when helium atoms are extremely cold - within one millionth of a degree of absolute zero - they are forced into a state of coherence where they will travel in much the same way as photons travel in a laser.
I'd say astrological.AussieReaper wrote:
Would atom holograms be physical?
Poop.
Makers of water bottles, including Camelback, now sell products that don't contain BPA, a chemical that can mimic the sex hormone estrogen. But a new study says that even if they don't contain BPA, most plastic products release estrogenic chemicals.
Most of the video is silent. However, at the 14:46 mark the video cuts to a camera equipped with sound, and although the Orbiter is well out of the part of Earth’s atmosphere where sound can carry, the metal in the booster itself — as you can hear — is more than enough to transmit sound!
After about a minute in you can see the shadow of the plume on the ocean, and at the 2:25 mark… well, it gets pretty exciting. You’ll see.
I'm wondering if that's the video that helped them figure out what happened with Columbia. If you look at the video at ~8:00, it would show pretty much exactly what you need to see for that incident. Or it could have been added after that accident, as a result of the investigation...Kmar wrote:
Ride an SRB video into space
http://www.youtube.com/watch?v=fvSRnOJ8 … dded#at=11Most of the video is silent. However, at the 14:46 mark the video cuts to a camera equipped with sound, and although the Orbiter is well out of the part of Earth’s atmosphere where sound can carry, the metal in the booster itself — as you can hear — is more than enough to transmit sound!
After about a minute in you can see the shadow of the plume on the ocean, and at the 2:25 mark… well, it gets pretty exciting. You’ll see.
I'm not sure.. but the belly inspection they now do in response sure helps to prevent a repeat.FEOS wrote:
I'm wondering if that's the video that helped them figure out what happened with Columbia. If you look at the video at ~8:00, it would show pretty much exactly what you need to see for that incident. Or it could have been added after that accident, as a result of the investigation...Kmar wrote:
Ride an SRB video into space
http://www.youtube.com/watch?v=fvSRnOJ8 … dded#at=11Most of the video is silent. However, at the 14:46 mark the video cuts to a camera equipped with sound, and although the Orbiter is well out of the part of Earth’s atmosphere where sound can carry, the metal in the booster itself — as you can hear — is more than enough to transmit sound!
After about a minute in you can see the shadow of the plume on the ocean, and at the 2:25 mark… well, it gets pretty exciting. You’ll see.
Cool vids, regardless.
What planet is that? Saturn?Kmar wrote:
http://i.imgur.com/SXLfX.jpgA section of the solar disk recorded in 30mph winds at the Winter Star Party on West Summerland Key. The massive detached prominence was visible for hours. Skies were quite steady despite the wind
Another shot taken earlier
http://i.imgur.com/k5jBc.jpg
Earth for scale
http://i.imgur.com/ICZMF.jpg