Natural Science Forum / Physics / Particle Physics / January 2004

Field quantization should include x-p quantization (I say, point
quantization). But, I don't know how to get it from field quantization
method. For the harmonic oscillator problem, it looks clear. We have
x=a + (a+) and for the p, p=a - (a+). But, how about infinte degrees

I have a question on the Many Worlds interpretation of quantum theory,
which may reveal that I have only an undergraduate knowledge, no clue
about quantum field theory, etc. -- but maybe someone can set me
straight.  Two questions, really, that are related:

It would seem that the Action integral for the world sheets of classical
string theory are presently justified as a higher dimensional version of the
one dimensional case. But I wonder if this formulation would be a natural
description if we were first given the geometry of a ...

I just want to see what the answer would be in the classical world.  I know the
actual situation is a quantum mechanical one.  
Basically, assuming only the classical, pre-20ieth century physics, what would
the spin be for a proton?  If that spin were converted into linear velocity,

I was just wondering if quantizing the source-free form of Maxwell's
equations is really a valid procedure?  It does seem to describe freely
propagating photons.
FrediFizzx

Back in 1987, I formulated that a helical spiral model of light could
be used to derive Planck's law at the unitary quantum state, i.e., E =
hf, where h is Planck's constant and f is the frequency associated
with a photon of light. To achieve this derivation, I postulated that

i realize that i have to expand my past
'Third Porat Postulation'
in  way that it will include the momentum component:
The existing understanding is as follows:

bcc
On Jan 19, 2004, at 3:02 PM, Tony Smith wrote:
Jack, here are a few specific answers:
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I have a hypothisis that as gravity slows the expansion of the universe
particle spin is increased to maintain the momentum of the universe.  I could
be posible that the new discovery that the hydrogen absorbtion line in distant
quasars has changed by one part in a million from the ...

So there is a strong attraction between the electron and the proton.
What prevents the electron from actually connecting with the proton?
I presume there is some force at work here.
Also do we know why electrons have certain orbits around the nucleus?

Yes, it´s a high-tech weapon built from very expensive materials and
weighing 200 pounds , but it can destroy a large boulder with one
shoot.
Should I sell the idea to the US army or do your think I can get more

is there an official name for the photographs of particle tracks.
maybe a good web source of examples?
Thanks greatly
Westy

If a particle were completely at rest it would still have momentum as a result
of quantum spin.  If the spin of the proton could be stopped an the momentum
transfered to velocity how fast would the proton be traveling.  How fast does
the surface of a proton rotate as a result of ...

Can anyone recommend good web sites/books/whatever to help teach
particle physics to a group of interested high school students?

"The Einstein Hoax "
    "The Einstein Hoax" is intended for those who have been suspicious of the
premise that reality is so subtle that it can only be understood in terms of
sophisticated abstract mathematics to which only the elite was privy. The