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| Storing information in particles of light? | 24 Dec 2004 02:34 GMT | 1 |
Have scientists made any progress in the field of light-ray storage? The ability to store data in particles of light -- rather than electrons -- could revolutionize medicine.
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| Elementary particles | 20 Dec 2004 05:45 GMT | 2 |
Can anybody point me any site where I can get list of all elementary particles along with particle's properties. Thanks in advance, satya
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| Particle energy | 20 Dec 2004 01:11 GMT | 1 |
I know that the relationship E = mc^2 is well accepted, and is well confirmed experimentally by the mass increase of relativistic particles. However, do we also have experimental evidence to show that all of the energy contained within a particle contributes to its mass. I.e. ...
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| Coherent RF radiation (Old Man)? | 18 Dec 2004 03:56 GMT | 1 |
Got some quesions regarding RF radiation, which I know nothing about. I earlier (not to this group) posted some questions regarding the possibility of RF 'lasers'. At the time I couldn't see it would be possible to create
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| particle structure and electric charge | 17 Dec 2004 02:10 GMT | 3 |
Can anyone direct me to work on the subject of particle structure (specifically neutrinos and anti-neutrinos), and relation to electric charge?
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| classical physics | 16 Dec 2004 21:52 GMT | 2 |
can anyone recommend any good classical physics books?
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| How is the Higgs mass related to the mass of top quark? | 16 Dec 2004 13:13 GMT | 2 |
I read the following article. "New Estimate for the Mass of Higgs Boson" http://www.universetoday.com/am/publish/new_estimate_mass_higgs_boson.html?962004 In the article, it says the following:
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| Feynman diagrams - a new interpretation | 15 Dec 2004 19:03 GMT | 20 |
A virtual electron-positron pair is created in the vacuum and then annihilates.In this loop the energy of one of the virtual particles does not have to follow E^2 = p^2c^2 + m^2c^4 because the other particle can compensate for its failure to do so.This leads to
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| Quarks, and Glueons | 15 Dec 2004 07:14 GMT | 1 |
Can quantum science really be sure they exist? If so can we determine their shape, charge, and possibly their exact location at any given time? I dont know too much about this topic, so please dont flame me for it.
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| Mathematica question | 13 Dec 2004 18:36 GMT | 4 |
I recently purchased a copy of mathematica from someone who gave me a "license numebr" and a "math-id number", saying this is what is needed to make the software work. I have at times bought used/old software from people who didn't need it for whatever reason and, possibly
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| Zwicky 18 Blows hole in Big Bang Theory | 13 Dec 2004 12:12 GMT | 2 |
http://hubblesite.org/newscenter/newsdesk/archive/releases/2004/35/ Zwicky 18 at 45 million light years away and 500 million years old does not fit in with the idea that all the galaxies were created at one time! Regards,
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| Tunguska - were trees flattened by magnetic monopole? | 13 Dec 2004 12:08 GMT | 1 |
Would there be enough energy in a magnetic monopole of 10^16 Gev (some GUTs predict this energy) to flatten a forest of trees? And if so, how would the monopole release this energy?
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| Cornell 1963 Jack Sarfatti, Leonard Susskind & Quantum Phase | 12 Dec 2004 17:39 GMT | 1 |
On Dec 12, 2004, at 9:03 AM, Jack Sarfatti wrote: On Dec 12, 2004, at 1:51 AM, iksnileiz@earthlink.net wrote: This pretty much sums up Jack's position: any person who proposes an interpretation of GR that is not fully consistent with the Einstein
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| quark rest mass equations | 11 Dec 2004 20:31 GMT | 1 |
for quarks of electric charge -1/3 rest mass = rest mass of down quark x n^2 where n = 1,3,5,7 for quarks of electric charge +2/3
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| Two universes - one made of antimatter, one of matter | 10 Dec 2004 18:18 GMT | 1 |
A universe made of positive matter would repel a universe made of negative matter.These two universes would need some attractive force to make them oscillate towards and away from one another.A constant number of vacuum particles in and around,and joining the
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