As has been said nature does produce a vortex. What I would like to know is how a vortex can have a left hand spin for positive particles and a left hand spin for negative particles. Also, if electrons are traveling as with the earth why isn't there a magnetic field or why can't we observe it?-- relitivity I suppose. If magnetism and static charge are the same thing what causes the difference in the action of the two fields? I can see where a cube having a vortex (inverted or otherwise) on each of the 6 faces would form all the charges for quarks or leptons.
It is easy to see a full spin for bosons such as light -- a point on the tip of a propeller will generate a sign wave along a parallel plane. But how do you account for a 1/2 spin in which it will take two turns around say an electron to arrive at the starting point -- and what is the condition that causes you to think the second turn around is where you started? Lets say, with a lack of understanding, the the electron is a magnetic gear consisting of a vortex in which a field moves into the vortex, swirls around the donut shape and moves outward into space and back around to the suction end. Of course we would have a north and south pole. Now this electron field gear is fixed in position to space coordinances and the observer then would have to observe the field with a 4 pole mechanism to get a half spin -- two poles north between two poles south.
Lets start at the north pole of the electron and observe the poles as we move around the electron with the 4-pole analyzer that is free to turn. Because this is a gear system it will take two turns of the 4-pole analyzer to arive at the starting point. The problem is that a single turn around the electron will put a south pole to a north pole at the starting point -- what would prompt you to take another turn to have a north pole to south pole alignment at the starting point around the electron? How do you detect a half spin in an experiment?
A neutron should have six vortex faces to have charges fitting the charges of quarks and leptons. A neutron must have 3 face vortexes with the north pole outward and 3 face vortexes with the south pole facing outward. In this way the field is neutral -- however, bonding north and south poles increases the magnetic density and this field would automatically form bonds between say the electron neutrinos into larger neutrinoes. Something should be noticed here, the field is neutral nearly like ambient aether and therefor would have little mass except for the energy of the vortex and the mass from the vortex would not account for much gain in mass. It is known that mv (momentum) of a particle at a given temperature is constant -- the lighter it is the faster it travels. This may be the reason that electron neutrinoes and families travel near the speed of light and have so little mass.


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