Otto`s replication of Steven Mark`s TPU

[z_p_e]

Hey all,
I asked somebody who should know a bout the possible significance of aluminum and copper.

Cryptic as ever but...I hope that it may be of some assistance to our quest.





About the aluminum and copper...
Do you remember my saying something about finding out that heavily oxidized multi stranded wire seemed to poses special qualities where the generator is concerned? I do remember that being the case although we never figured out why or how it could have any effect.

In reference to the oxidation:

Why is multi-stranded wire used for speaker wire vs. solid copper?

What are the beneficial characteristics of Litz wire?

Think guys.

Darren

[Grumpy]

Well, you can accelerate electrons by applying a perpendicular magnetic field - which could be pulsed - or making them rotate faster and faster in a trap which also uses a perpendicular field - interesting...

If you accelerate the electrons in a wire - then you increase the velocity of the drift current - then you increase the current - like if you increased the voltage.  So, you could increase a small milliamp signal to a higher and higher current by repeatedly kicking it in the arse with a perpendicular magnetic field.  You would also start the initial flow if you waved a magnet past the coil...very interesting.

Solar flares - magnetic reconection - magnetic fields colliding charging electrons to rediculously high levels - boda bing - boda boom - that just might be workable...

Side note: what if you applied magnetic reconnection to eddie currents?

[Grumpy]

About the collector:

It is three separate coils of multi strand copper wire laid one on top of the other, not interleaved. Three is important. You can do many things with three coils. You can run them in parallel, you can run two in series and one in parallel, or etc.You can run a separate frequency into each coil for better control on large power units if need be.

To me this is a clear indication that SM applied a signal to each collector - be it a different one for each or the same for each, he applied a "frequency" to the collectors - period.  This is also inline with his statement about starting the oscillation in the collecter which started the current flowing and allowed for the magnification.

Otto IS doing this (in my opinion). In fact, anyone who is sending multiple pulses down the same wire is doing this, though they may not know it, or realize it, but it's so integrated into their thinking that they just neglect to say it. Think about polarity, and what happens when the positive of one pulse meets the negative of another, as they pass eachother at the same point in the wire. Think Jumper cable experiment.

The wires are too short for this signal to stop in them - however the drift current may be starting and stoping.

[z_p_e]

Well, you can accelerate electrons by applying a perpendicular magnetic field - which could be pulsed - or making them rotate faster and faster in a trap which also uses a perpendicular field - interesting...

Sounds like a particle accelerator. Do electrons exist as an entity in themselves, or are they always associated with an atom or ion (i.e plasma)? I believe the latter.

If you accelerate the electrons in a wire - then you increase the velocity of the drift current - then you increase the current - like if you increased the voltage.

I believe the only means of increasing drift velocity is by rendering the wire superconductive.

Solar flares - magnetic reconection - magnetic fields colliding charging electrons to rediculously high levels - boda bing - boda boom - that just might be workable...

Side note: what if you applied magnetic reconnection to eddie currents?

Magnetic reconnection is limited to plasmas is it not?

Darren

[eldarion]

I still hold to the statement that SM made about Tao's comments - "stop the pulse before it reaches the end of the wire".

If we stop the pulse before it reaches the end of the wire, are we creating a travelling EM wave?  Or are we creating a charge density wave in the wire?

If we are creating an EM wave, and we launch an identical wave from the other end of the wire, in the middle the two waves will combine momentarily with twice the voltage and twice the current, thus twice the power.  (Pin=V*I + V*I)  (Pout = 2V*2I)

Hmm....