Weight loss in spinning masses?

Jerry W. Decker ( (no email) )
Sat, 08 Aug 1998 02:35:34 -0500

Hi Folks!

The following was posted to be shared. I wish it had more information
and I will try to get it. The very brief description below had a huge
image attached to it consisting of a drawing. It deals with an apparent
weight loss from multiple rotating masses in a ring configuration, here
is the actual description of the experiment;
=================
The image is of multiple electro-mechanical gyro-toroids where 10 DC
electric motors are wired in parallel with 10 flywheels on their output
shafts connected end to end to form a closed loop. Changes in measured
weight occur when forced to rotate about axis -
John / ROAR project - j_robins@lgu.ac.uk
==============
The drawing shows each motor with a shaft that runs through it and would
more apprpriattely be described as the motors being in SERIES since they
all connect to each other.

The shaft on each end of each motor appears to be connected with a
flexible joint that connects each shaft to a disc flywheel.

=====< >=====[]=====< >===== motor =====< >====[]=====< >==== motor ==
joint flywheel joint joint flywheel joint

I don't know how this will come through, but think of a ring with the
above connections, motor shaft to flex coupling to flywheel to coupling
to motor shaft and the same pattern repeats into a circular ring where
there are 10 motors and 10 flywheels. Apparently they spin at the same
speed.

Johns address is included if you might want to seek more details, I have
questions posted to him and will share whatever he wishes to send.

It is in line with Laithwaite, inertial drives, Dean drive, gyroscopic
precession, etc..where spinning masses seem to throw off some kind of
matter or inertial wave that reduces gravity in the test mass or in
objects near it. Certainly needs more research and details of how MUCH
weight loss and what were all the experiment protocols.

--            Jerry Wayne Decker  /   jdecker@keelynet.com         http://keelynet.com   /  "From an Art to a Science"      Voice : (214) 324-8741   /   FAX :  (214) 324-3501   KeelyNet - PO BOX 870716 - Mesquite - Republic of Texas - 75187