The increase in mass witnessed in this experiment is a result of the magnetic field of the superconductor interacting with the rotating mass of the
Extended Heim Theory
posits that a magnetic field can create
virtual gravitophoton pairs (gravitational force/expansion force) from electromagnetic radiation.
In order to absorb the gravitational force gravitophotons, a fast rotating mass or possibly just a fast moving mass needs to pass through the
gravitophoton pairs. In doing so the mass' protons and neutrons absorb the gravitational force gravitophotons creating a dent in spacetime (i.e.
making them heavier).
The biggest examples we have of this phenomenon is the black hole and neutron star. We know from studying neutron stars that they can have magnetic
fields in excess of 100,000 Tesla in comparison to some of the strongest electromagnets on earth which can only reach 100 Tesla (the small spinning
superconductor in the experiment would probably be a couple Tesla at most).
We also know neutron stars can have rotational periods of one complete rotation in less than a second.
Lastly we know neutron stars have incredibly powerful gravitational fields. These gravitational fields are a direct result of the high strength
magnetic fields and rotation rates of these stars.
Black holes are merely neutron stars' bigger more powerful cousins which turn all of their electromagnetic radiation into gravitational energy as
opposed to almost all which is why neutron stars can still be seen, albeit barely.
The alcubierre warp drive concept
devised a means of using dents and hills in spacetime to
propel a craft by moving spacetime itself rather than moving the craft through spacetime.
By creating a dent in spacetime at the front of a craft and a hill in spacetime at the back of the craft:
the craft would ride this wave inside a region known as a warp bubble of flat space. Since the ship is not moving within this bubble, but
carried along as the region itself moves, conventional relativistic effects such as time dilation do not apply in the way they would in the case of a
ship moving at high velocity through flat spacetime.
Now, in order to create the hill in spacetime one needs to capture the unpaired expansion force gravitophotons that were freed when the gravitational
force gravitophotons collided with the moving mass. Expansion force gravitophotons are attracted to electrons (as seen in the EHT link above) and I
believe electric fields like those in a parallel plate capacitor.
I think this is why the McCandlish ARV mentioned in the Disclosure Project had an aluminum flywheel above a magnetic coil above a bank of flat
parallel plate capacitors.
P.S. I have been posting on this for a few months now as can be seen in my profile and I would just like to say 1st. And that I am dusting off my
mantle and making room for the Nobel Prize
[edit on 26-2-2010 by Bobbox1980]