Natural Science Forum / Physics / Relativity / May 2007

There once was a Troll who was given DOCUMENTS specify that
Temperature is a rank 0 tensor....yet he refused and called them
wrong.
How could this troll therefore believe in other theories that are not

Yeah, its called a bus timetable.
Some are unreliable.
hehehe.
-y

I cannot conceive the answer below here?
If a wave travels at only 1 foot per ten thousand years, can this wave
produces a billion pulses per second????(If not what is the maximum
possible frequency?)

http://en.wikipedia.org/wiki/Image:Kaon-Decay.svg
QUOTE: "In this diagram, a kaon, made of an up and anti-strange quark,
decays weakly into three pions, with intermediate steps involving a W
boson and a gluon."

It doesn't make sense to me:
When do photons collide togheter (as when forming electron/positron)
and when do photons instead behave like waves (no collision but
overlap each other like waves)?

Given an inertial frame, F1 with two widely separated points A1 and B1
along the x-axis.  Let there be a laser at A1 and a laser at B1 that
each emit a 1 second long pulse toward the other point (laser A1 fires
toward B1 and laser B1 fires toward A1).  Pulse A1 is identical in

O'Barr rejects SR for physical reasons.
  In free space, let us take two objects, A and B,
confined upon a common inertial line.  One object,
object A, will be fixed in its motion, with no

I'm just become interested in General Relativity and this is my first
post.  The only books I have read on GR are: Einstein for Dummies,
Einstein's Enigma and Relativity by Albert Einstein published 1916.  I
have absolutely no understanding of the equations in GR.

We know that atomic binding energy does affect the total mass of the
atom?
Likewise perhpas the binding energy (strong nuclear force) of the
Neutron after it decays manifests itself temporarily inside the W-

1. Photons (also bosons) create particle pairs then why not W-Bosons?
2. Particle and anti-particle pair annihilate each other, then why not
inside W-Bosons where the creation and annihilation are too close and
too instantaneous presently for scientists too observe?

As Eric the Red traversed the Great Atlantic Ocean to beat Christopher
Columbus from Greenland to the Northern Frosty Canada. He decided to
end his journey in Alaska and mate with a female eskimo from the
pacific's China/Mongolia.

When the Neutron decays into a proton, electron and antineutrino:
1. Is there a conservation of mass?
2. Is there a conservation of force (what happens to the gluon nuclear
force exerted by neutron in nucleus towards other particles) ?

it seems that quantum computers is merely a virtual metaphorical
abstraction rather then a possible real hardware implementation
how does a quantum computer work, at bit level for instance?

O'Barr's comments: Our present difficulties.
  In our reality, we have the most complicated
problem possible.  We, as men, have to use tools.
And at one time, we felt good about using our tools.

I am Abramo Pavan and I am TechPapers.org Webmaster
(www.techpapers.org), a new open source project that has three main
pourpose: give to all authors of relevant scientific/cultural
documentation the possibility to publish their works, give to all web