Gravity, Magnetism, and BFOs, to power the TPU?

[EMdevices]

Anyway: the secret is, WHY the KICK occur in any simple conductor,when first energized.

From my experiments, and I have tried this very setup,Ã,  the wires move because of the LORENTZ forces ofÃ,  F = q (v x B), orÃ,   for wiresÃ,  F = IÃ,  dl x B, or something like that. The 'B' is the magnetic field of the earth, even though it is week, it can move a wire that is carring 100 Amps or maybe even less.Ã,   When you first connect a voltage source to a wire, a high level of current rushes onto the wire, and travels at the TRANSMISSION LINE VELOCITY.Ã,   There is a CHARACTERISTIC IMPEDANCE of the line as well, and that's when the most current flowes until it "sloshes" back and forth on the wire, reflecting from the load and back to voltage source and back out according to the REFLECTION COEFFICIENT at both ends, untill eventualy it settles down into a steady state DC current.

Anyway, if you know about transmission line theory, you will realize that's when you get the most current before it settles down to it's steady state value.

HOWEVER,Ã,  don't miss this point,Ã,   THESE CONCEPTS WERE A STARTING POINT FOR HIM.Ã,   He went on to learn and perfect.Ã,   What does tunning a radio like device have to do with an inrush of current?Ã,  Ã,  He learned along the way, he had a concept develop in his mind and pursued it.Ã,   It is not just as simple as a kick.Ã,   That was more a "KICK" in the pants to get him pursuing free energy out of the magnetic field of the earth.Ã,  LOLÃ, 

EM

[Rosphere]

 

[Thaelin]

EM:
   Can you tell me the freqs you used to make the traveling wave sim you did? I want to try something with this. Two more twelves and then four days off to play. Thats the one where you did two but said you wouldn't be doing three.

thaelin

[z_p_e]

When you first connect a voltage source to a wire, a high level of current rushes onto the wire, and travels at the TRANSMISSION LINE VELOCITY.   There is a CHARACTERISTIC IMPEDANCE of the line as well, and that's when the most current flowes until it "sloshes" back and forth on the wire, reflecting from the load and back to voltage source and back out according to the REFLECTION COEFFICIENT at both ends, untill eventualy it settles down into a steady state DC current.

Anyway, if you know about transmission line theory, you will realize that's when you get the most current before it settles down to it's steady state value.

EM

EM, Not quite right mate.

The steady-state current depends entirely on the value of the terminating resistor (or load), if there is one.

Initial current is determined strictly by the characteristic impedance of the TL. This is the impedance the source sees when the switch is thrown, and the current is set by the source voltage over the Zo of the line, regardless whether the TL termination is an open or a short, or anywhere in between.

In other words, if the TL load is higher than its Zo, then the initial current will be higher than the steady state one. If the load is lower than the Zo, the initial current will be lower than the steady state current.

So you see we can't make blanket statements that the initial current from the source driving a transmission line is always highest at the moment of switch contact.

[sparks]

      You may already be aware of my theory on the dynamics of the tpu operation.
What I need to experiment with is my postulation that by ordering or concentrating energy in a given field there is an increase in gravitational attraction of less ordered energy.  My line of logic started after investigating the unipolar generator.  This device sets up an electrical potential between the outer diameter of a copper rotor and the slower rotating inner diameter or axle of the rotor.  This phenomenon only happens when magnetic lines of force are running perpendicular to the rotor rotation.  The magnetic lines of force cause the electrons in the outer diameter of the rotor to align inside the magnetic field passing through the rotor.    Now we have an orderly circulation of electrons in the outside diameter moving at whatever speed the rotor is driven at.  This mechanical circulation of ordered energy starts to resemble the electronic circulation inside the tpu collector windings. The trillion dollar question is why do the electrons migrate from the inner axle (less energetic)  to the outside diameter of the copper rotor (most energetic) through a brush contacting the outer diameter, through and external load, and back to the axle.  What force is at work moving the electrons from the axle to the brush within the rotor?   I believe that it is a universal force we call gravity.   Gravitational influence is affected by how orderly energy is not just  by how much energy there is in a given state.   I don't know if this theory has been advanced before because my study of the physical world is not conventional. I never took a conventional physics course.  Maybe a reader knows if this theory has ever been advanced before?