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Natural Science Forum / Physics / Research / September 2005



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ThreadLast Post  Replies
Black hole, strangelets and space phase transition at LHC?29 Sep 2005 03:15 GMT4
CERN's LHC is scheduled to start operation in 2007.
Our Final Century, a 2003 book by Sir Martin Rees
(http://www.ast.cam.ac.uk/IoA/staff/mjr/), a scientist with impeccable
credentials, describes the following extreme risks:
The absolute/relational nature of spacetime27 Sep 2005 19:39 GMT7
I wish to notify the readers of my solution to a problem that has
regularly been discussed in this newsgroup.
Please find a copy of
"Absolute spacetime is inherent to dynamics"
Re: Have space-time and the metric tensor finally run their cou27 Sep 2005 19:39 GMT1
In article <16v3j1ho3sq3qqe4qovh2ubgpdnmlrrm9f@4ax.com>, John C. Polasek
<jpolasek@cfl.rr.com> wrote:
> General relativity has not really been challenged since its inception
> in 1916. Its predictions have generally been confirmed and the whole
This Week's Finds in Mathematical Physics (Week 221)24 Sep 2005 17:12 GMT2
Also available as http://math.ucr.edu/home/baez/week221.html
September 18, 2005
This Week's Finds in Mathematical Physics - Week 221
John Baez
Pseudo orthogonal group22 Sep 2005 18:05 GMT8
Anybody knows how to prove, or at least knows the reference that shows,
that the special pseudo orthogonal group has exactly two connected
components?
By special pseudo orthogonal i mean, the group of all linear
Logical inconsistency in Lorentz's theory22 Sep 2005 18:05 GMT1
As has been discussed at length recently here, Lorentz ether theory is
almost universally regarded as equivalent to special relativity. In
mathematical form, namely in the form of the lorentz transform, this is
a necessary truth, since the interpretation of an equation is really
Gauge Transformations in Momentum Space?21 Sep 2005 21:54 GMT5
Most textbook treatments of gauge transformations do it in
position space. So far, I haven't found any that discuss
in detail what they look like in momentum space, and what
issues arise in the QFT Fock space.
Molar extiction coefficient of IR-dyes21 Sep 2005 08:04 GMT1
I'm trying to find graphs or measurement data of the Molar extiction
coefficient of IR-dyes, such as:
Gallium(III) 2,3-naphthalocyanine chloride
Vanadyl 2,3-naphthalocyanine
Is there a true singularity in nature?21 Sep 2005 08:03 GMT12
I am well aware that a number of physical models contain or predict
singularities. My question is: Is there any experimental evidence that
any singularity actually exists or are they all artifacts of the
models?
Proper Time in General Relativity21 Sep 2005 08:03 GMT18
I would like to point out,once again,that the definition of proper
time in General Relativity needs to be modified/corrected. Even
though the present definition  dTau = ds/c for timelike geodesics
(Tau = proper time, ds = infinitesimal interval), gives correct
Spinors21 Sep 2005 08:02 GMT1
I've been trying to 'get' spinors, and I would appreciate a little help
with a question on chirality.
In two dimensions the two component spinor is mapped onto the vector
space via the Pauli matrices sigma_1 and sigma_2. Eg x = psi^{dagger}
Maxwell's theory is not Poincare invariant. was: Mossbauer effect and retarded interactions20 Sep 2005 04:10 GMT55
I would like to prove here that Maxwell's electrodynamics
is not Poincare (= relativistically) invariant. In particular,
I would like to show that inertial transformations in this theory
do not form the Poincare group. I just need to provide one
bonding structure of NiP220 Sep 2005 04:10 GMT3
                                                   Date: 15-9-2005
Dear Sir,
Now I am studying about NiP2 crystal structure especially electron
density distribution. One thing I would like to know is that I couldn't
Smolin was here - statistical vs. quantum probabilities20 Sep 2005 04:10 GMT8
Some time ago I got worked into the idea ([1],[2]) that all physical
instances of probabilities are just squared moduli of quantum
amplitudes, which the observer is often unable or unwilling to track.
This was the result of some deconstructive  argument on the distinction
Quantum Function of Mirrors19 Sep 2005 22:56 GMT25
What is known of the quantum function of mirrors?
I mean, forget 'beams' and 'rays' of light and geometric angles etc., what
are the photonic considerations?
Any insights welcome, (pun intended -- though I am serious, well, mostly).
Pages: 1 2 3 August, 2005
 
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