Giantkiller moves forward into Full Heterodyning.

[innovation_station]

if i could mod my own posts i wouldnt have to fill this thred with junk

oops here is the vid i wanted to post

http://www.youtube.com/watch?v=dirTPQPJxMI&feature=related

ist

[PLUTOSBONE]

There has been alot of attention given to getting the kick. Where has the effort been to use the kick correctly? In my recollection, there has been none along these lines.
No power out by this avenue.

--giantkiller.
my very first post. Hello all. Firstly I love all you guys for speaking out with ideas and of course GK for getting the work done.
I have to agree with Sparks, this thing acts just like a GEET FUEL reactor rod.
There we have hot exhaust going against cold fuel this creates a magnetic field but only if the rod contains iron. The venturi causes the fuel vapor to accelerate to the speed of sound this also causes an unstability in the vapor and alows the molecule to split appart to become HHO.
I have always thought that the speed of sound had something to do with it, SM was an audio guy so everyone keeps saying, and there is a huge amount of energy released when this barrier is broken.
another thought is water freezes at 0 degrees celcius
water boils at 100 degrees celcius
water is most dense at 4 degrees celcius
the human body 90 % water is healthiest at 37 degrees celcius
37 - 4 =33
7.3 hz - 4 = 3.3
also check out the water vapor compression and shape on utube breaking the sound barrier.
IT apeares that to extract plasma from gas or vapor most efficiently you need the speed of sound you need a magnetic( or plasma) field and inertia.
So to extract plasma from the magnetic field of the earth which is already a plasma field you would need a stronger plasma (magnetic) field with inertia  colapsing or rotating at speed of sound.
another thought what if the center of the earth was really the north pole and the equator really the south pole then the sunlight would run righthand twist against the ether and create a magnetic or plasma field that would hold a bar magnet on the surface of the earth north to south as we know. Same at night but only when ONE  of our nth or south magnets started to run left hand twist then the bar magnet would start to spin. Maybe up to Mac 1 

[Spider]

Interresting!

So if I calculate the speed of a magnetic field spinning at a 15 cm ring at mach 1:

diameter                   0,15 m
circumference   0,47 m
speed of sound   340 m/s
rps                   721,5
rpm                   43290

Greetings Rene

[aleks]

Interresting!

So if I calculate the speed of a magnetic field spinning at a 15 cm ring at mach 1:

diameter                   0,15 m
circumference   0,47 m
speed of sound   340 m/s
rps                   721,5
rpm                   43290

Greetings Rene

Speed of sound in metal is very different from speed of sound in air, so the frequency should be a lot higher - 10857 Hz for iron. But for acoustic effects using a piezo-buzzer is more efficient. By running piezo-buzzer at that resonant frequency you will create a kind of singularity - a point of constant high mechanical energy non-equilibrium (there will be two such points on the ring, obviously). In fact, running piezo-buzzer for just 1 second will be roughly equal to injecting impulse energy into a single point with several thousands alike buzzers at once. I would speculate that this may produce overheating conditions together with a possible break of iron (if its structural resonance is met). Another possibilities is that this singularity will distort electro-magnetic fields running around this iron ring badly since acoustic waves have strong influence over atomic bonds and so they will likely to produce a kind of constant "shrinkage" of these bonds that again is a non-equilibrium which may lead to some non-linear effects: think about sono-luminescence.

[aleks]

Addition to the above written:

Generally, the following mode may be useful: piezo-buzzer should produce a constant sinewave of resonant frequency (10857 Hz or whatever suits best for a given metal/circumference). This sinewave should be interrupted (muted) for short periods of time. So, you'll need two frequency generators - the first one is sinewave and the second should produce varying duty cycle square wave which is used as gate for sinewave output.

This should provide pretty powerful EM impulses. The reason I'm thinking this way is that from what I've been told in the past, a simple fracture of a metallic wire (as a result of mechanical stretch) produces a measurable EM impulse, and that is considered pretty "strange".