Physicists who work with a concept called string theory envision our universe as an eerie place with at least nine spatial dimensions, six of them hidden from us, perhaps curled up in some way so they are undetectable. The big question is why we experience the universe in only three spatial dimensions instead of four, or six, or nine.
Physics news
Physicists say universe evolution favored three and seven dimensions
Bad genes??Henry J wrote:Physicists say universe evolution favored three and seven dimensionsPhysicists who work with a concept called string theory envision our universe as an eerie place with at least nine spatial dimensions, six of them hidden from us, perhaps curled up in some way so they are undetectable. The big question is why we experience the universe in only three spatial dimensions instead of four, or six, or nine.
Can an Electron be in Two Places at the Same Time? 
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Henry
(Now, can somebody translate that into English?Max Planck Researchers in Berlin show that for electrons from nitrogen molecules, the wave-particle character exists simultaneously.
In something akin to a double-slit experiment, scientists at the Fritz Haber Institute of the Max Planck Society, in co-operation with researchers from the California Institute of Technology in Pasadena, California, have shown for the first time that electrons have characteristics of both waves and particles at the same time and in virtually the push of a button can be switched back and forth between these states.
)Henry
Okay, here you go, though it seems to be a southern dialect of some sort...Henry J wrote:(Now, can somebody translate that into English?
See: http://www.rinkworks.com/dialect/Max Planck Researchers in Berlin show thet fo' eleckrons fum nitrojun molecules, th' wave-particle chareecker exists simultaneously. In sumpin akin t'a double-slit experiment, scientists at th' Fritz Haber Insteetoote of th' Max Planck Society, in co-operashun wif researchers fum th' Califo'nia Insteetoote of Technology in Pasadena, Califo'nia, haf shown fo' th' fust time thet eleckrons haf chareeckeristics of both waves an' particles at th' same time an' in virtually th' push of a button kin be switched back an' fo'th between these states.
"The future belongs to those who believe in the beauty of their dreams."-- Eleanor Roosevelt
Putting relativity to the test,
Henry
(Gravity - a heavy subject!)NASA's Gravity Probe B experiment is one step away from revealing if Einstein was right.
Almost 90 years after Einstein postulated his general theory of relativity—our current theory of gravity—scientists have finally finished collecting the data that will put this theory to an experimental test. For the past 17 months, NASA's Gravity Probe-B (GP-B) satellite has been orbiting the Earth using four ultra-precise gyroscopes, about a million times better than the finest navigational gyroscopes, to generate the data required for this unprecedented test. [...]
Henry
On a collision course with discovery
Waltham, MA - In the universe of high-energy physics, the smallest building blocks of matter (or anti-matter) make the biggest news. Take subatomic particles, for instance. Colliding into each other at nearly the speed of light in the world’s highest-energy particle accelerator, protons and antiprotons produced some of the biggest physics news of the decade in 1995: the top quark.
The tenth anniversary of the discovery—it was the last unknown particle of the six-member quark family predicted by current scientific theory – is being celebrated by physicists around the world and at the Department of Energy’s Fermi National Accelerator Laboratory (Fermilab) in Batavia, Illinois, where the experiments took place inside the Tevatron, a four-mile long particle accelerator.
Physicists offer new approach to studying antimatter 
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Henry
(Ka-BOOM!, of course, what'd they expect?What happens when two atoms, each made up of an electron and its antimatter counterpart, called the positron, collide with each other?
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(Unstable? Maybe if they got therapy?UC Riverside physicists are able to see for the first time in the laboratory that these atoms, which are called positronium atoms and are unstable by nature, become even more unstable after the collision.
)Henry
Well....duh....and how much money did they waste to figure that out?atoms, which are called positronium atoms and are unstable by nature, become even more unstable after the collision.
lswoteccl 2:13
"A Government big enough to give you every thing you want, is big enough to take away every thing you have."
......Thomas Jefferson......