Science Forums 2

[Hasanuddin]

Hey Rade,

Nice try guessing the fate of the “missing positrons” (p.s. a difficult set of characters for me to “position.”) The candidate of positronium does have its merits. However, I think I have a better answer. Let me move on.

Move 15

Considering the conclusions from move 14 to be sound, then positrons generated by a matter-based star’s fusion will form MPP and journey up through the layers of the star. If this is occurring, then All MPP are charged moving objects. Like All charged moving objects the MPP will produce magnetic fields that spiral around them perpendicular to the direction of motion (F=qvβ). Because MPP would be expected to be traveling away from the center of the star in every spherical direction, the generated magnetic fields would be expected to compete, twist, and interfere with each other. These interfering magnetic fields would be expected to have two manifestations.

1) First the magnetic fields generated by one MPP would act to retard the speed of others nearby. The retarded speed would act to increase the survivability of All positrons and allow conditions of immiscibility to be met deeper within the layers of the star than would have been expected if free acceleration were permitted.

2) The second manifestation of the interfering of the magnetic fields formed by the traveling MPP would be to the heliosphere itself. As the MPP make progress towards the surface, they would be free to merge with one another. As this process occurs, the net charge of the MPP would grow proportional to the number of positrons accrued. The higher the charge, the stronger the magnetic fields generated. The dynamic of the magnetic fields generated would be expected to be in a continual state of flux, because although MPP would continually be moving upward in the heliosphere, there exit points would be random and changing depending on dynamic conditions. Also, as MPP move upward, matter-based solar material will necessarily cycle downward to occupy area vacated by the traveling MPP. This downdraft of matter-based solar material would also contain charged particles and therefore would generate its own spiraling magnetic fields.

Check to Nature: Match. One of the most vexing questions of the dynamics of the Sun are its well-documented strong twisting and ever-changing surface magnetic fields. An obvious conclusion is that these fields are produced by moving charged particles within the Sun’s corona, but a mechanism that would produce such tightly twisting and conflicting fields has never been advanced satisfactorily. The idea of MPP moving upward through the layers of the star not only predicts the observed conditions, but only requires the acceptance of one main hypothetical premise: gravitational repulsion.