Fruechte Gravity Theory Blog

One way to focus gravity may be through the use of a series of superconducting rings and/or electromagnets.  Two or three pivoting stations on earth, with the right tracking system, could be used to track a piece of junk and pull it down into the atmosphere to burn up or land in an ocean.  For items in geostationary orbit, these stations would have to be mobile.  Of course it would take a whole team of scientists and engineers to get this working.

There are other applications relating to this little entry that most intelligent people reading this could surmise.

Questions that may be answered by this theory include why the particles in the solar wind are not pulled back toward the Sun by its gravity within the first few thousand miles, but rather travel on through the solar system, and why the Van Allen belts do not warp, keeping their shape in the magnetic bottles formed by the Earth’s magnetic field lines.
Other things that can be explained better are neutron stars, and maybe even black holes.  By rough calculation an electron in an atomic orbital can give off only 61 gravitons before it collapses into the nucleus of the atom if no gravitons are absorbed by the electron in that time.  In areas where the gravitational field is not strong enough, hydrogen atoms in stars will indeed gradually collapse in sequence, and if the resulting neutrons have their magnetic dipole moments aligned in a lattice such as to stabilize the resulting energy, and not decay in just over 15 minutes, a neutron star may result.
Unfortunately, there are also established outcomes of theoretical physics that may no longer be needed, those presumably being the concepts of the quark, the positron, general relativity, dark energy, and string theory.