Nuclear energy is far larger than gravitational energy in many cases
Is it possible that galaxies, as the nuclear energy of ignited stars spreads matter, energy, ions, neutrinos, magnetic fields – outward, often in spirals from the central rotations, could maintain large scale rotational structures? A tiny bit of structured magnetic energy from periodic processes can greatly exceed gravitational energies, fueled by extracted nuclear energies in dense regions. Is expansion simply “gravitation makes stars, stars spread things out”?
How large can structures maintained by magnetic tension be?
Filed as (Nuclear energy is far larger than gravitational energy in many cases)
Richard Collins, The Internet Foundation
https://en.wikipedia.org/wiki/Galaxy_rotation_curve
