What is the difference between unit h and unit h = h / 2pi?

1.
Many years M. Planck was attracted with the
absolutely black body problem.
If quantum of light moving with speed c=1 falls
in area of absolutely black body and does not
radiate back, then " terminal dead " comes.
In 1900 Planck decided:
to save the quantum of light from death is possible
that quantum of light will radiate with unit h=Et.
Physicists say, that Planck,s unit is one: h=1.
Having this unit h=1 quantum of light flies
with speed c=1.
2.
In 1925 Goudsmit and Uhlenbeck decided that
Electron has its own unit : h = h / 2pi.
Unit : h = h / 2pi shows that electron has own
angular momentum ( own inner impulse).
Thanks to its own inner impulse electron
rotates around its diameter.
3.
These units do not come from any
formulas or equation.
Planck, Goudsmit , Uhlenbeck and Bohr introduced
These units in the physics intuitively.
4.
These units work, so they are recognized.

"socratus" wrote in message...
oups.com...

1.
Many years M. Planck was attracted with the
absolutely black body problem.
If quantum of light moving with speed c=1 falls
in area of absolutely black body and does not
radiate back, then " terminal dead " comes.
In 1900 Planck decided:
to save the quantum of light from death is possible
that quantum of light will radiate with unit h=Et.
Physicists say, that Planck,s unit is one: h=1.
Having this unit h=1 quantum of light flies
with speed c=1.
2.
In 1925 Goudsmit and Uhlenbeck decided that
Electron has its own unit : h = h / 2pi.
Unit : h = h / 2pi shows that electron has own
angular momentum ( own inner impulse).
Thanks to its own inner impulse electron
rotates around its diameter.
3.
These units do not come from any
formulas or equation.
Planck, Goudsmit , Uhlenbeck and Bohr introduced
These units in the physics intuitively.
4.
These units work, so they are recognized.

'Lo Socratus --

Not sure why nobody responded, but the answer you're
looking for may be found here...

http://www.chemie.fu-berlin.de/chemi...stants_en.html
http://en.wikipedia.org/wiki/Planck's_constant

Seems you need to include the term "bar" with the "h" on the
left side of the equation, as in...

h-bar = h / 2pi

These are both constants that help to describe a quantum of
something in the field of quantum mechanics. "h" is the symbol
for Planck's constant and, along with frequency, is used to
determine the energy in a quantum of radiation such as light.

"h-bar", aka the "reduced Planck's constant" is sometimes
called the "quantum of angular momentum".

So, does anybody else think that this "h-bar" constant sounds
like a good candidate for the graviton (the quantum of gravity)?

happy days and...
starry starry nights!

--
Indelibly yours,
Paine
http://www.painellsworth.net
http://www.savethechildren.org