Homopolar Generators (N-Machine) by Bruce de Palma

[PaulLowrance]

I'm just curious about why you keep saying to obtain a lot of g forces on the outer rim.  Yes, speed does increase the voltage....but the g's on the outer rim doesn't have anything to do with it.

You can't say there's no unknown effect related to the g forces due to the centrifugal force.

I'm under the impression you believe the electrons always flows from the axis to the rim.

Your impression was wrong and insulting. I know a little more about physics than you might imagine.

[FatBird]

Here is a diagram that might help from the following site.


http://www.stardrivedevice.com/over-unity.html

.

[keithturtle]

For me, it's not a question of money.  I don't have the time.

Will small things work?   I have the magnets above.   I have the heavy copper .  I have the drive mechanism.  I have the machinery to make the parts.

I just need the time to put it all together.

I'll get there, slowly

Turtle, slow

[gravityblock]

You can't say there's no unknown effect related to the g forces due to the centrifugal force.

Your impression was wrong and insulting. I know a little more about physics than you might imagine.

Maybe around 100,000 RPM you may see some observable affects due to the g forces, but everything will be flying apart before this happens.  I will say the g's have an almost negligible affect in the HPG at currently achievable RPM's.

I apologize for you being insulted so easily just by bringing something to your attention that I thought was important.  I was only trying to be helpful.  I now realize my opinion and my view will cause you grief.  If we all had this mindset then it would defeat the purpose of sharing ideas, thoughts, opinions, beliefs, and information here.

Take care,

GB

[PaulLowrance]

Maybe around 100,000 RPM you may see some observable affects due to the g forces, but everything will be flying apart before this happens.  I will say the g's have an almost negligible affect in the HPG at currently achievable RPM's.

You could take a look a Bruce's spinning disc experiments. He's done numerous experiments. A group of people also replicated one where they took a metal disc (not a magnet), spun it a reasonable rpm (less than 10000 rpm), dropped it. They observed the effect noted in Bruces experiments, which appears to be a change in inertia.

One commonality in all of Bruce's experiments, including the N-machine, is high g-forces. So yes, I think it's important for an N-machine replication to have high g-forces.