You wrote;
> All we need is a sensitive gravitometer to detect the change in field
> strength between the floor of the lift and the ceiling.
> If no deviation between floor and ceiling can be detected then we are
> experiencing acceleration. If we detect a change in force (weight)
> between floor and ceiling then we are experiencing the effects of a
> gravitational field. The point here is, I think, that a gravitational
> field is capable of permeating space whereas inertia, apparently, can
> not. Hmmmmmm.
Excellent point, gravity has a GRADIENT, inertia DOES NOT, therefore your
theory makes perfect sense. I'd like to think the acceleration of the
mass, as a whole, would be uniform and thus have no gradient, however,
there could be a kind of 'bow wave' as it moves through the fabric
(aether) of space, though it would probably be irrelevant to the gradient
being tested.
The problem is that the difference in the gravity intensity between the
top and bottom of an elevator box, over a short distance would be
extremely difficult to detect, if at all....of course, making the height
of this elevator a few miles would definitely show the gradient..<g>..
So, where do we go from here as to a way to TEST this theory?
If gravity indeed has a speed of seepage into mass, perhaps this falling
speed of 33ft/second is a key. Do you remember the hammer and the
feather drop on the moon? Both fell at the same speed in the vacuum.
High voltage (or other high density energies) seem to affect
aether/gravity...witness TT Brown, Charles Brush, Piggott, Hamel/Searl..
Dan's recent gravcar proposal should, if the pyramids react as in earlier
experiments, do something, hopefully providing a lift effect. Perhaps a
simpler implementation of a small platform containing 24 pyramids in a
grid, to see if it would in fact levitate. The full proposal is at;
http://keelynet.com/davidson/gravcar.htm
-- Jerry W. Decker / jdecker@keelynet.com http://keelynet.com / "From an Art to a Science" Voice : (214) 324-8741 / FAX : (214) 324-8741 KeelyNet - PO BOX 870716 - Mesquite - Republic of Texas - 75187