Some thoughts on how the TPU might work.

[z_p_e]

Grump,

You gave enough of a rat's ass to chime in and bluntly tell me I was wrong. Is a reason why too much to ask? Why even respond in the first place then?

No follow-ups, no hints or suggestions, no elaboration as AM requested, nothing except an evasive and now cynical and empty response.

Well, next time I won't bother asking.

[AhuraMazda]

It's a big world out there - bigger than Maxwell, and bigger than magnetic induction

Grumpy,
I agree with you. So you don't want to show us your TPU design and you don't even want to share your ideas.
Perhaps next you will be removing all you past posts. Shame.

AM

[Grumpy]

Grump,

You gave enough of a rat's ass to chime in and bluntly tell me I was wrong. Is a reason why too much to ask? Why even respond in the first place then?

No follow-ups, no hints or suggestions, no elaboration as AM requested, nothing except an evasive and now cynical and empty response.

Well, next time I won't bother asking.

Here is the point that you just made for me:

You stated something as fact and I pointed out that it was incorrect.  Rather than explain, I told you to look outside of Maxwell and that there are other forms of induction (just like there are other means to couple two things together).  You won't even expend the effort to do this, so why should I explain anything?

Many just want a "free energy" device.  They do not want to learn anything, to discover anything, or to understand anything - especially if they have to work for it.  Sure they chat on the forum, they build a few circuits, wind a few coils, but they never come to a true understanding of electricity.

[z_p_e]

dfro quotes:

With the current flowing in the input coil, its magnetic flux induces a current and flux in the collector coil.  Using the flux created in the collector coil is one of the secrets, I think.

When the fast, high voltage kick hits the first input coil and inducing current, its flux lines build and cut through the collector coil, causing current to be induced in the collector coil.

dfro,

This simply just does not occur with coils oriented 90? from one another. Fundamentally, this is incorrect, but if you have any thoughts on how this happens, by all means please express them.

The magnetic flux has just spun 90 degrees and moved over from input coil 1 to vertical collector coil 1.

This sounds wonderful and would be great if it acted this way, but you failed to mention how or what causes the flux to rotate 90?.

When the kicks on coil 2 pull in the radiant energy current surge, that induces current and flux in the collector coil and the next adjacent vertical coil, which is wrapped in such a way that it induces current and flux in the next input coil (3).

"Wrapped in such a way" is the key here. This is the 90? rotation you speak of, but again merely saying that it can be done is not enough.

Many things can be "said" to make one's theory fit the mold, but unless there is something more concrete to back it up, it is just a wild theory, especially when it flies in the face of conventional bench-top practical experience.

But again, if you (or anyone) have some thoughts on how these actions may occur, please feel free to elaborate on them. We would sincerely be interested in your perspective.

Cheers

[wattsup]

@z_p_e

I may not me the brightest EE around but I do know mag fields and you are absolutely right about coil to coil, will NOT transfer anything. You need an interface between them to transfer. People, just try it. Wind a bifilar air core and pulse only one of them. Nothing on the other. Now put an iron rod inside the core. Pulse, now see what happens.

If it was possible, then conductors in all electronic equipment would have to use shielded wires because every wire would affect every other wire. Circuit boards would not work. IC's would not work, memory chips and cpu's would not work.
Seems simple enough to understand.