Newsgroups: alt.sci.physics.new-theories
Path: corax.udac.uu.se!sunic!ericom!eds.ericsson.se!eraotg
From: eraotg@eds.ericsson.se
Subject: THE NEUTRON INHERENT STRUCTURE
Message-ID: <1994Jan19.105550.1@eds.ericsson.se>
Lines: 71
Sender: news@ericsson.se
Nntp-Posting-Host: era5.ericsson.se
Organization: LM Ericsson Data AB, Stockholm, Sweden
Date: Wed, 19 Jan 1994 08:55:50 GMT

In a book by David Park about the new physics, printed here
in Sweden 1965, there is presented a picture over the
charge distribution around and into a neutron. I have
tried to get this picture commented by particle physicists
over a number of years, but never got a satisfactor answer,
more than they are saying that the current standard model
of quarks explain it. And that is no answer as I see it.
The curve looks like as follows :

   positive axis
     !
     !.
     !
     !p
     !p
     !p
     ! p
     !  p
     !  n
     !    p
     !   n  p        small postive dip
     !    n     p    
     !     n       n   p       p
  ----------------n--n  n  n   n  n-----------------------------------------
     !      n    n 
     !         n   
     !          negative dip
     !
   negative axis

   A short description of the graph:
   The graph for the proton lies all the time on the positive axis.
   The neutron graph begins with zero charge on large distance
   but has a small postitive dip more near. Then the charge goes
   into a negative dip and at last, very near the neutron core,
   the graph follows the proton graph.

   My interpretation of this graph is rather clear. The neutron
   is a system componded by a proton as core and an electron as
   orbit, something like the hydrogen system but on a higher
   energy level. The charge graph for such a system should
   show up something like that above.

   If we think the proton is a rather large particle and its
   "charge" mainly is a surface effect, it motivate the first
   small positive dip. Then, more near the electron orbit
   level the negative dip is achieved, and at last very near
   the proton core, the charge will mainly be the same as
   for the proton.

   The electron orbit with a very high velocity, near the
   velocity of light into into the system, giving the electron
   an extra mass, appr. 2.5 times more mass than in rest. That
   motivate the mass difference between the proton and
   the neutron system (1836.12 compared with 1838.65 electron
   masses respectively).

   A further sign on that this model seems to be probable is 
   that a neutron in fact disintegrade into a proton and an
   electron. The electron leave with a velocity near the
   ligth velocity.

   If this model will be correct, then what happens with the
   quark model for the netron. I think it will collaps.



   
-- 
Ove Tedenstig, ERA, Borgarfjordsgatan 9, 16480 Kista/Sweden
EMAIL: ERAOTG@KIERA.ERICSSON.SE