Re: Proposal for a new DOUBLE MAGNET Stern Gerlach experiment.

On Mar 26, 9:21 pm, "LeoV...@xxxxxxxxx" <LeoV...@xxxxxxxxx> wrote:
On 27 mrt, 04:16, "Eric Gisse" <jowr...@xxxxxxxxx> wrote:



On Mar 26, 10:33 am, "LeoV...@xxxxxxxxx" <LeoV...@xxxxxxxxx> wrote:

Proposal for a new DOUBLE MAGNET Stern Gerlach experiment.
Proposal for a new DOUBLE MAGNET Stern Gerlach experiment to show how
the first vaporized silver atom, measured inside the S_G magnet, is
manipulating the polarization of the rest of the vaporized silver
atoms coming in, to be measured in the same S_G magnet.
It was John s. Bell who described an unresolved problem connected to
the well known STERN-GERLACH MAGNET experiment, one of the basic
experiments of all Quantum Mechanics.
He described the so called "lack of smearing" of the silver atoms on
the screen as crucial and unresolved.
He argued that the non polarized atom coming into the S-G magnet
should all have a different curved pathway into the direction of the
screen, resulting into a smeared profile of silver atom-dots, which is
not the case!
Until now I have not experienced a reasonable logic explanation for
this problem in the literature.

Consider opening an introductory textbook on quantum mechanics which
will describe the coupling between the magnetic field and the spin of
the atoms.

However if we assume that "multi-particle entanglement" comes here
into play, then there is a possibility for a delicate TEST.

Of what? How clueless you are?

See :http://bigbang-entanglement.blogspot.com/
Leo Vuyk.- Tekst uit oorspronkelijk bericht niet weergeven -

- Tekst uit oorspronkelijk bericht weergeven -- Tekst uit oorspronkelijk bericht niet weergeven -

- Tekst uit oorspronkelijk bericht weergeven -

Hello Eric,

Do you think that John Bell was also ( like you suggest to me) that
stupid, not to study the facts?

Of course not.

I do, however, think that you do not have enough understanding of
quantum mechanics to understand how QM resolved the Stern-Gerlach
experiment and I also think you have no way of explaining why John
Bell and the Stern-Gerlach experiment are related.


Leo.


.

Relevant Pages

  • Re: Proposal for a new DOUBLE MAGNET Stern Gerlach experiment.
    ... Proposal for a new DOUBLE MAGNET Stern Gerlach experiment to show how ... the first vaporized silver atom, measured inside the S_G magnet, is ... manipulating the polarization of the rest of the vaporized silver ... He described the so called "lack of smearing" of the silver atoms on ...
    (sci.physics.relativity)
  • Re: Proposal for a new DOUBLE MAGNET Stern Gerlach experiment.
    ... Proposal for a new DOUBLE MAGNET Stern Gerlach experiment to show how ... the first vaporized silver atom, measured inside the S_G magnet, is ... manipulating the polarization of the rest of the vaporized silver ... He described the so called "lack of smearing" of the silver atoms on ...
    (sci.physics.relativity)
  • Re: Proposal for a new DOUBLE MAGNET Stern Gerlach experiment.
    ... Proposal for a new DOUBLE MAGNET Stern Gerlach experiment to show how ... the first vaporized silver atom, measured inside the S_G magnet, is ... manipulating the polarization of the rest of the vaporized silver ... He described the so called "lack of smearing" of the silver atoms on ...
    (sci.physics.relativity)
  • Re: Proposal for a new DOUBLE MAGNET Stern Gerlach experiment.
    ... Proposal for a new DOUBLE MAGNET Stern Gerlach experiment to show how ... the first vaporized silver atom, measured inside the S_G magnet, is ... manipulating the polarization of the rest of the vaporized silver ... He described the so called "lack of smearing" of the silver atoms on ...
    (sci.physics.relativity)
  • Re: Proposal for a new DOUBLE MAGNET Stern Gerlach experiment.
    ... Proposal for a new DOUBLE MAGNET Stern Gerlach experiment to show how ... the first vaporized silver atom, measured inside the S_G magnet, is ... manipulating the polarization of the rest of the vaporized silver ... He described the so called "lack of smearing" of the silver atoms on ...
    (sci.physics.relativity)