Natural Science Forum / Physics / Particle Physics / June 2005

I was informed just lately  some information
By one of the distinguished members here something  that I didn't
knew until now
Ie

Test

How Does Light "Know" How Fast to Travel?
"Great spirits have always encountered violent oppositions from mediocre
minds." - A. Einstein
    One of the basic beliefs of modern physics is that the velocity of

im afraid i cant understand PD
and dirk van
they postulate that photons,
considered as being either particles

In the electron configuration, does the principal quantum number(n)
have any purpose apart from setting the range of values for the
azimuthal quantum number(l)?

We have all noticed that spin is described as being a multiple of
hbar/2. I thought that it would be better to set this value to a
constant giving,
hdot = hbar/2 = 5.2728584118222738157569629987554e-35 J.s

I (sort of) understand what spin is. It has something to do with the
magnetic moment of the particle. Just one question. How is it that a
particle with no electrostatic charge can have a magnetic field at all? For
charged particles it's easy; just add angular momentum et voila, ...

if you post from google, avoid this
by pressing
[Show Options] then [Replay to Author]
change [To:] then change the input from

We will presume that magnetic monopoles exist and call the negative
monopole a Stron, and the positive monopole a Ntron.
Strons will be attracted to Ntrons.
Strons will be repelled by Strons.

The formuala for the reduced Planck constant(hbar) is given by
hbar = h / 2pi
and the formula for the circumference of a circle is given by
C = 2.pi.r

We will presume that magnetic monopoles exist and call the negative
monopole a Stron, and the positive monopole a Ntron.
Strons will be attracted to Ntrons.
Strons will be repelled by Strons.

Here's a correlation paradox about the required relationship between two
particles (more precisely, an emitter and a photon.)  It is even more
challenging than entanglement, because it would probably have local
consequences and not just show correlated patterns of measurements.

See if I'm thinking on the right track here
Everything in the universe is moving always.
Some so small, we cannot measure, or see. Like a rock.
but at a certain zoom, movement can be seen.