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Author Topic: Back to Basics  (Read 152346 times)

sparks

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Re: Back to Basics
« Reply #210 on: September 22, 2009, 04:15:52 AM »
Is it possible to distribute charge without moving mass?  Like take a charged capacitor and charge an auxillary capacitor using just "static" induction.  Would this auxillary capacitor charging reduce the state of charge of the primary capacitor?  Could this auxillary capacitor then be insulated from the transmitter capacitor and shorted through a working load?  How much time do we have to transfer the polarization of space before charged mass starts to move and mess things up?

darkspeed

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Re: Back to Basics
« Reply #211 on: September 22, 2009, 04:18:03 AM »
So I guess that confirms then that the TPUs are not radiant related cause while the LTPU was operational, I didn't see even one of those investors jumping up and down in pain. lol

Well the device I was testing at that point was "bare" it did not have its outermost coil to absorb all that energy and as a result I received some nice blue dots from the brass in my jeans  ;D

Grumpy

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Re: Back to Basics
« Reply #212 on: September 22, 2009, 05:50:25 AM »
So I guess that confirms then that the TPUs are not radiant related cause while the LTPU was operational, I didn't see even one of those investors jumping up and down in pain. lol

The effect is related to frequency, with pain being at about 15 kHz.

Has something to do with the way the nervous system works.

Look at the perpendicular bursts from exploding wires - are they directed inward or outward? - positive or negative pulse.

Shielding via redirection - sounds like anti-grav

Grumpy

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Re: Back to Basics
« Reply #213 on: September 23, 2009, 03:26:00 AM »
Anyone have any info on permeability and permitivity of vacuum?

Grumpy

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Re: Back to Basics
« Reply #214 on: September 23, 2009, 05:19:14 AM »

darkspeed

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Re: Back to Basics
« Reply #215 on: September 23, 2009, 05:49:13 AM »
Did you mean Virtual Bremsstrahlung? Beware of the Proton ;)

or polarization bremsstrahlung radiation (PB)


>>  http://www.kvi.nl/~fewbody/html/paper/p2649_1.pdf

Let me guess... braking radiates electrons? Stay at sub-xray levels if its on your build list..

3kv is a good range. I always stay below 5kv unless im shielded.. I do want to have children one day... normal children...
« Last Edit: September 23, 2009, 06:32:31 AM by darkspeed »

Grumpy

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Re: Back to Basics
« Reply #216 on: September 23, 2009, 02:10:29 PM »
Did you mean Virtual Bremsstrahlung? Beware of the Proton ;)

or polarization bremsstrahlung radiation (PB)


>>  http://www.kvi.nl/~fewbody/html/paper/p2649_1.pdf

Let me guess... braking radiates electrons? Stay at sub-xray levels if its on your build list..

3kv is a good range. I always stay below 5kv unless im shielded.. I do want to have children one day... normal children...


I noticed some similarities between RE and Braking Radiation a while back.   Solar flares and Breaking Radiation both exibit full spectrum radiation.  Very little info available on the displacement current involved with these effets.

Now, braking electrons (slowing) emmit radiation, so what does braking displacement current emmit?  (by using the term "displacement current", I am including all polarization currents)

forest

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Re: Back to Basics
« Reply #217 on: September 23, 2009, 02:35:57 PM »

I noticed some similarities between RE and Braking Radiation a while back.   Solar flares and Breaking Radiation both exibit full spectrum radiation.  Very little info available on the displacement current involved with these effets.

Now, braking electrons (slowing) emmit radiation, so what does braking displacement current emmit?  (by using the term "displacement current", I am including all polarization currents)


Exactly what I'm asking also. Additionally braking electrons generate X-Rays, but what about braking protons ?

Grumpy

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Re: Back to Basics
« Reply #218 on: September 23, 2009, 03:48:06 PM »
A displacement current is equivalent to a moving charge even though it does not require a particulate carrier, so it MUST exibit a radiating effect when it is moving at great velocity and then encounters a path of high impedance.  Or it could be the dragged electrons (which I do not agree with) that are exhibiting the effect (I doubt it).

Hence the need for low self-capacitance and high self-inductance in the load and the need for the shockwave effect before the load.

Hacking through the BS is not easy.

Anything that increases the polarization (and therefore the density) of the medium, increases the effect and there lies the problem.  I can't prevent other things from effecting the process.  At least not yet...

EDIT:
http://74.125.113.132/search?q=cache:KyLyEznOnWgJ:oak.cats.ohiou.edu/~piccard/radnotes/artificial.html+braking+radiation+virtual+photons&cd=3&hl=en&ct=clnk&gl=us



darkspeed

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Re: Back to Basics
« Reply #219 on: September 23, 2009, 07:25:54 PM »
Your not going to like this answer because it is not proven, its just what iv been kicking around in my brain related to other research.

An electron at rest at quantum level looks like two wave forms inverse and superimposed - ball form
As an electron get closer to the speed of light this wave from will reduce in amplitude, increase in length - flattens out into a string

Take the end of a wire, at high dc bias, and slam another wavefront down it. The electrons at the end get ejected at a critical level near or at the speed of light ( some think faster ). These electron strings are of a shape and velocity as to not only pass through metals (until they are slowed down by eddys) but also to create a delta shaped disturbance in the metal much like breaking the sound barrier displacing MANY electrons in its wake. I give it a high chance of being correct

There is a faster than light version of this that involves superposition where we see an electron moving faster than light as a series of balls ( points on a wave ) and as each superposition passes through the metal a delta is created . one electron = many events. I gave it a much lower chance of being correct


« Last Edit: September 23, 2009, 09:51:18 PM by darkspeed »

Grumpy

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Re: Back to Basics
« Reply #220 on: September 23, 2009, 09:22:13 PM »
All radiant ejections such as Bremsstrahlung, Compton Scattering, Pair Production, Synchrotron Radiation, Cherenkov radiation, and gamma rays are composed of "photons".

This leads me to believe that RE is also made of "photons".

darkspeed

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Re: Back to Basics
« Reply #221 on: September 23, 2009, 09:43:34 PM »
All radiant ejections such as Bremsstrahlung, Compton Scattering, Pair Production, Synchrotron Radiation, Cherenkov radiation, and gamma rays are composed of "photons".

This leads me to believe that RE is also made of "photons".

Go Grumpy! electron is two waves inverted and superimposed... two waves of what Blink Blink Blink

All matter is shades of velocity

darkspeed

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Re: Back to Basics
« Reply #222 on: September 23, 2009, 09:51:37 PM »
The concept of bogging down electrons was from a time before we could see what was happening. The resistive path does more to order rather than strip or bog.

Think about it this way.. If I handed you a 2"x"10"x8' board and asked you to run across the room with it, you could cary this board in any fashion and easily cross the room because the air at your velocity does not really create much resistance.. you were just a model of an electron flowing through copper..

Ok now I am going to put you in a swimming pool and ask you to do the same thing.. you will instantly learn that to move across the pool at an ideal velocity the board must be in one position only.. parallel with the path. you were just a model of an electron flowing through a resistive substance..

Ok now imagine a room full of people all facing different directions and they are suddenly instructed to walk forward ..  this is electrons flowing in a conductor

If they were all facing the same direction it would be a great source of work. - RE

Consider the electron has two poles and in conventional electricity these poles are randomly orientated to other electrons in the same flow of energy. These poles because there are not all facing the same direction in the flow have a dampening effect of a great deal of the energy potential of the electrons. think of non magnetized material.

Ok Increase this flow of electricity by wavefront and place in its path a resistive substance. For the electrons to flow they will need to line up along their narrow axis in polar order to pass through. You now have a flowing stream of un-dampened unidirectional potential. This new flow is RE

Inject this flow into a highly conductive element such as copper that has a free electron and boom.. delta..

darkspeed

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Grumpy

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Re: Back to Basics
« Reply #224 on: September 25, 2009, 02:21:05 AM »
The classical geomagnetic storm begins with a sudden jump in the Earth's magnetic field followed within hours by a large depression of the magnetic field as the ring current builds up. Then after several days the ring current returns to quiet values. We now know that this period of storminess is initiated when a large bubble of magnetized plasma is ejected from the Sun in a process known as a coronal mass ejection (q.v.). This plasma bubble plows through the solar wind causing a shock wave in front of it. The bubble itself has large magnetic components parallel and anti-parallel to the Earth's field. When the leading shock wave hits the Earth, the magnetosphere is compressed and the surface field jumps. When the region of anti-parallel magnetic field encounters the Earth, strong reconnection begins and much energy flows into the magnetosphere from the solar wind, powering the geomagnetic storm and building up the ring current.