The frequency not only builds up, but it's also modulated.

The middle waveform seems pretty regular. Can you figure out its frequency?


@Dingus:

If anyone wants me to generate a custom set of frequencies PLEASE REQUEST!

I wonder: what happens if you replicate this experiment in your program?

to all experimenters,

let's get to the basics!  if you have a current traveling through a wire you are producing a magnetic field at 90 degrees to the direction of the current.  if you take your right hand and point your thumb in the direction of the current and curl your fingers in then you know the direction of the flow of the magnetic field.  everyone with me so far.

if you take your wire that has the current flowing in it and make a loop out of it, what is happening?  if lets say your current is flowing counter clockwise then your magnetic field is flowing in a circle at 90 degrees to your wire loop as the current travels around the loop.  meaning your magnetic field is coming up throuh the loop.  if your current was traveling clockwise the opposite magnetic field direction would also apply.

what ends up happening that is very interesting in the loop either way is that you get a concentration of the magnetic field on the inside of your loop.  why?  be cause all of the magnetic flux lines on the inside of the loop are concentrated in the diameter of the loop, however on the outside of the loop they are free and have all the space in thier world to travel.  no effect on the speed they travel mind you just in the space they all have to be packed into.  everyone still there.  so to get a magnetic field traveling in a circle is no great feat.  all you have to do is run a current through a loop of wire.

now lets say you take another wire and wrap it around the first wire.  what have you done?  that is right you have made a loop of a piece of wire. lets say a current is ran through this wire.  which way?  seems to me that you would want it also to be running counter clockwise around the first wire. why?  good question. 

using the same facts as the current producing a magetic field in the first wire as guide can anyone tell me which way it would be best to have the magnetic field in the second loop of wire flowin?  i really don't know.  my theory is that it would be best to have the current of the second wire also running counter clockwise, so that the manetic field would be "kicking along" the current in the first wire loop.  but that is just a theory.  other things to ponder are if you have a current running in the second wire loop auond the first wire loop can the magnetic field created by the current induce a current on the first wire loop (collector)?

next fact is when you take a magnet and move it toward a conductive wire loop a current is generated that travels counter clockwise.  when you start to move the magnet away from the loop the current reverses.  the current is only produced when the magnet is in motion either toward the loop or away.  can the current induced then by just moving a magnet toward a toroid coil be enough to start this current in motion?

looking forward to a little more information on the real physics of this thing instead of so much speculation. 

lol
sam

@sam!!! You're there!

Hi all,

My circuit (on post page 211) does the dual variable frequencies (the 556 dual clocks chip).
The 74193s can count up or down by the switches.
The 74139s are dual decoders, meaning there are two of them operating seperately.

So I can control 8 coils (post page 157), seperately or intertwined in some configuration at any speed.

I am buidling the circuit part this weekend. Keep in mind the previoulsy mentioned variability of the circuit output. I will be able to patch this circuit to the coil in my avatar with jumper wires and in turn jumper around the coil connections in other ways.

Why? Well I have achieved total maleability so far. I then can change out the coil if need be. I can interject another control stage between the coil board and the driver circuit for power or advanced logic. I can even add microprocessors if need be. I also can add another coil on the opposite side of the first coil from the circuit control.
I can add Marcos' coil in the mix too. Or anybodys.

Now comes the really cool part. I take small spools of wire any guage, any length. Slide them onto an iron, wooden, or plastic rod and connect them in series. That assembly slides into the center of the main driven coil. That will give a huge Tesla like rotating magnetic field. And when anyone of us finally accompishes the SM kick design, I then add that in. The power generation will be immense.

I want a self contained, portable, high powered Hutchison effect device. And why would anybody want that...

I believe and build feverishly...

OK, I just had a thought. Are we all chasing rabbits trying to measure the kick in the first place? Seems to be if the Kick phenomena(radiant flying off the surface of the wire at 90), is due to the "bunching effect", and electrons are not flowing through the full length of the wire we are measuring yet, but instead causing energy to leave the circuit at right angles... Wouldn't we have a VERY hard time measuring the kick on anything but the collectors? And even then, if the energy that we are trying to measure is radiant energy, is it measurable at all with std equipment?

This occured to me, as I've seen a few posts that were analyzing theoretical waveforms, trying to find kicks, etc., and I thought to myself, "is that even where kicks occur?"

Am I too far off base here? Am I making sense?

As we all have read in the mails Tao received from Mannic directly, SM confirmed the use of radiant energy  in the device.
Question is, is the 'kick' used to produce the radiant energy burst or is it the  burst of radiant energy itself?
When we assume the kick he is talking about is a burst of radiant energy then there is no way that it can be measured on the control coils. As Tesla states radiant energy only produces electricity when it passes through copper (or other metals). This means that it would only manifest itself on a collecter.....and not in the circuit that creates them. We might need a radiant energy receiver....
Is there anywhere or anyway to determine for sure if this kick we're looking for is either electric,magnetic or radiant??

What do all of you think?

regards Dutchy

dutchy,

i think what is happening, "i think", is that  because of the fact that the magnetic field is being produced by current flowing around a loop there are some interesting things that are going to happen.  what is happening on the inside of the loop is fairly obvious, to some extent.  ther is obviously going to be a concentration of the magnetic field because of the space limitation of the diameter of the loop.  what is happening on the outside?

Sam,

There won't be much of a flux outside of the coil/loop. In every toroid shaped core (even aircore) 99% of the flux get 'trapped' inside the core and just gets dragged around in circles. This just standard toroid coil behaviour. As SM said we are looking for unconventional behaviour and as i posted before with the use of radiant energy.

regards Dutchy

dutchy,

it is my understandin and correct me if i'm wrong, but, the earths magnetic field is a form of rdiant energy.  and magnetic forces travel in a circular motion until an equal and opposite effect cause them to react.  what i was saying is theat the earths magnetic field is being touched and causing the action for the magnetic field to return to the inside of the toroid, where they are definately being bunched in a raio of 99 to 1.  traveling in to seperate vectors because of the fact that there are two currents traveling in different directions with obviously different frequencies.

lol
sam