The Master Of Magnetics "Steven Mark"

[Jdo300]

Nice box Jason,

Where did you put the fuses?
- I can't seem to be able to spot them.  (A transformer THAT big  can do pretty nasty things when shorted)

On a different note, Bedini seems to think the key to radiant energy lies in PWM - I'm still making up my mind 

Definitely got that covered, If you look at the photo of the back of the power supply, there is a fuse holder on the left next to where the power cord goes in. I have a 0.5A fuse in it at the moment but I may upgrade to a 1A later if needed.

As for PWM. I'm not sure about that. I never really bothered to look into it but if you think about it, PWM is actually the square wave form of a beat frequency, which when spaced 7.8 Hz apart *may* produce some interesting effects. Not sure though, I haven't really played with that much.

God Bless,
Jason O

[Jdo300]

@jason it makes me happy to see you have switched to tubes to find the answers may you have the  best of luck i dont think it will take you verry long to compleat this project using tubes

ist

edit: just a thought after reading the below

what hapins beond the speed of light   hummmmmm


time travel of course

i think the tpu is just the verry bengining to the end!!!!

Hey IS,

Thanks. I know I'll have fun with this as I have never played with a tube before. I still have yet to fire one up (still have to make the tube circuit yet).

God Bless,
Jason O

[Jdo300]

Hi Jason

What about this for a start?


If an EM field is somehow rotated extremely fast, shouldn't all matter be repelled from its center? -kgo.

How fast do you want it rotated? It's fairly simple to construct a system to produce rotating EM waves at whatever rotational velocity you wish by feeding a pair of broadside dipole arrays with quatrature phased waves. It is quite simple to construct a system that would have a rotational velocity of C within the uniform field area. It might also be fairly easy to do this with a Hemholtz coil arangement as well, but the broadside array will be much easier to do at easily engineerable frequencies. Some really interesting paradoxes come about when the rotational frequency is high enough so that the rotational velocity exceeds C within the uniform field area of the arrays or within the hemholtz coils.
Robert Shannon

What effect would there be at the boundry where the rotational velocity reached, and then exceeded the speed of light? How could the magnetic field even propogate to the center of the antenna structure if it would have to move faster than light to reach that space? If hemholtz coils were used instead of loops, the magnetic field strength would be uniform inside the structure, how could the field strenght be uniform if there is not sufficient time for the field to propogate through the space inside the structure itself? Could such an effect actually generate a wormhole like phenomena, at energy levels far below that of neutron stars and such? As the causal mechanism, the magnetic field, is in rotation, would this describe a traversable worm hole as has been postulated in relationship to rotating black holes?

Hey Dutchy,

That guy is right about the field. One of the many things that I have heard about over and over again are time dilation effects! And there is NOTHING ODD about this at all! It's all simple relativity. Whenever something moves that darn fast, it is going to bend space. The beauty of this is that we can take advantage of this and use it to make a potential difference in the space around the coil that we can tap energy from (like a black hole really on the basic level).

God Bless,
Jason O

[Jdo300]

I have focused my attention on experiments involving high-speed rotating magnetic fields at resonance.

Might try rotating the "potential" rather than the field.  It is the potential that creates the field in the first place.

Hi Grumpy,

Thanks for the tip. I always had a gut feeling that was the way to go. This would work out quite nicely if I can come up with a one-wire tube circuit for driving the coils. Then I can create a rotating electric field and see what happens. (also adding an electric orthogonal bias).

God Bless,
Jason O

[Thedane]

Nice box Jason,

Where did you put the fuses?

Definitely got that covered, If you look at the photo of the back of the power supply, there is a fuse holder on the left next to where the power cord goes in. I have a 0.5A fuse in it at the moment but I may upgrade to a 1A later if needed.

I notised the fuse on the primary side, but not on the secondary side.
When you turn on the transformer the inductive load might blow the fuse if it's too small (or fast blow), but I'm sure you know that 
But even with a primary 0.5A fuse you can still draw amps (a lot!) on the secondary side before the primary side fuse blows. (Even with a 110V supply it's over 50W - something I wouldn't want to mess with)

I won't tell you how to wire it, just let you know my practical experiences 

Good luck on the tube project!