An idea developed by Göran Marklund in 1979 is that electric current flow through space will naturally cause a segregation of elements and compounds. It is called Marklund Convection.
A recent study demonstrates a good argument for the role of electricity in the gestation of solar systems.
We know that when electric currents flow through space, there will be a natural segregation of elements. Heavier elements such as Iron will migrate to the center; lighter elements like Hydrogen will migrate to the outside—and they will form layers.
This is what is observed and documented in the paper “The nested morphology of disk winds from young stars revealed by JWST/NIRSpec observations” published in Nature Astronomy by Pascucci et al., October 4, 2024.
Although, the authors do not advocate an Electric model of solar formation—but a gravity model with magnetic fields as a consequence of gravity. Does the gravity model predict the observed segregation? It does not.
Astrophysicist Michael Clarage, PhD, is weary from hearing the experts tell Nature what she can and cannot do.
