Instantaneous Momentum

10/10/2008
Let me go into an example before the momentum issue gets into Tesla 
and JJ Thompson. The older text shows how charge necessarily makes
force and momentum.  

We are working with electrons here, faster than positive charges perhaps
but readily available when voltage hits the ether (air..outer space).
The flat coil in the Tesla patent has no center connection, thus no 
current and presents a tremendous volgate to induce elections around
the ship.
 
Now what do we do in a metal craft surrounded by electrons. 
We cause a charge imbalance. (draw in lines of force and momentum
as old time electrical people would talk about... but only Tesla
made work).
How? A positive electrode draws in more electrons to cause imbalance
and the craft is lifted. Side electrodes for horizontal flight.
Photo evidence: The side electrodes have been shown glowing in photos
and even fakes(a CIA bunk maneuver as with most bunk science reports).
The vertical beam was seen on Marine night vision UFOs in IRAQ.

==
Momentum is defined as mass times velocity (M = mv).
Acceleration is the instantaneous velocity shown as a time 
derivative using the symbols d/dt such that dv/dt = a.
Acceleration (a) is a vectored direction as is velocity (v) and momentum (M).
Acceleration (a) is used in the Force equation F = ma for mechanical
and qE for static electricity.
Electrical static charge is q and the directional static movement
is E and m is an object mass.
Using the same symbols dM/dt = m dv/dt = m a = Force = qE which
have vector quantities M, v, a and E and scalar quantities mass (m)
and electric charge (q).  
I will now represent the equation F = q E with new symbols that will
represent and application with specific hardware.
Using iM to represent instantaneous momentum and force F. 
Using V1 to represent the voltage that generates charge q.
Using the del operator show voltage V2 in a vectored direction.  
According to "Pentagon Aliens" there are 12 vectored voltage locations 
at the sides of the UFO (Tesla flying machine). 
Instantaneous momentum  occurs at the presence of charge.
Only high voltage and little current, thus little power, is needed to
create charges. Attraction of negative charges by the Tesla brush
discharge provide movement in that direction. Under Tesla's 
demonstrations the trails of electron light looked like a brush.
Putting the parts together we have: iM = V1 del V2
Thus the balance of iM (Forces) in hover can change by applying voltage
to side directions. 
The small Foo of 1944 may have only one multi directional Tesla "bulb" 
and a conical coil on the back seat of a VW bug.

This approach at a symbolic saucer representation takes into account 
more of the "Pentagon Aliens" model for the Tesla saucer than in my
pure static and dynamic methods. At least it has the two potentials
and a feel for the hardware and what its doing.