I've got it, now what do I do?

[captainpecan]

@ captainpecan,

I’ve found a youtube video http://www.youtube.com/watch?v=L4HuOp7x1dY under the same username. Is it yours or just a coincidence?
I can see there are some issues already discussing it. My view about magnetic motors is very clear: it can not possibly work. In the above video, energy saved by shielding is still later required when rotating whichever magnet, so no gain. I’d be glad if you could prove me wrong. Hopefully, if the video is yours, you’ve perfected the device; rudimentary of not, it does not really matter if it proves a working concept.

Cheers,
Tinu

lol... yeah that's mine. But it has absolutely nothing to do with this. I played with that idea until I came to the same conclusion as everyone else, and moved onto something that actually has a chance of working. It is not driven by magnets. It's simply a new way to harness kinetic energy with very little input. I'll explain more when I have better proof, I'm working on obtaining materials.

[Koen1]

the prize is a joke i could have taken this over 1 year ago....

i dont want it ...

dude your concept will work!! 

What concept? He hasn't even told us his idea yet...

[captainpecan]

dude your concept will work!! 

I do think there is something hiding we havn't figured out yet that could make a magnet motor possible. Unfortunately I was spending a great amount of time, staring at magnets, and not getting anywhere, lol... There is another concept I'm dying to try, but once again, I dont have the materials. I'm not seeing anyone messing with Bismuth to redirect magnetic fields? Although I'm still thinking through this stuff, it's not as important as my other design. Anyone got access to bismuth and interested in PM's? I've got an interesting idea if someone wants to play with it.

[Koen1]

I do think there is something hiding we havn't figured out yet that could make a magnet motor possible. Unfortunately I was spending a great amount of time, staring at magnets, and not getting anywhere, lol... There is another concept I'm dying to try, but once again, I dont have the materials. I'm not seeing anyone messing with Bismuth to redirect magnetic fields?

No, not many working on that... Probably because it requires liquid nitrogen cooling to get it near superconductivity? Which is just about the only
good use I can come up with regarding the combination Bismuth and magnetic fields...

Although I'm still thinking through this stuff, it's not as important as my other design. Anyone got access to bismuth and interested in PM's? I've got an interesting idea if someone wants to play with it.

Let me guess, using superconductive Bismuth to reflect the magnetic field of a PM, then use that to make the magnet repel itself,
thereby at least doing away with the second magnet you'd otherwise need, and getting rid of a "sticky point" doing so?

In any case, you shouldn't have too much trouble obtaining Bismuth...
Assuming for the moment that you live in the USA, you should be able to get Bismuth shot (pellets), since some time ago they
started using Bismuth instead of Lead for shot filling in shotgun shells (and shells for hunting rifles). Since it has a relatively
low melting point, you should be able to pry the shot from a couple of Bi-filled shotgun shells and simply melt it down,
cast it into any shape you want.
Alternatively, there are rare metal suppliers that can supply Bismuth, but most only want to ship large quantities.
And there are shops like www.smart-elements.com that sell small amounts of all kinds of rare elements.
At the moment the only Bismuth I have is alloyed with Tin and Lead in the form of Rose's Metal alloy, which is
great for very low melting points but useless for superconductivity experiments.

Would still like to hear your original idea. But since you already said you will post it here when you're ready,
I guess there's little I can do but wait.

[professor]

No, not many working on that... Probably because it requires liquid nitrogen cooling to get it near superconductivity? Which is just about the only
good use I can come up with regarding the combination Bismuth and magnetic fields... Let me guess, using superconductive Bismuth to reflect the magnetic field of a PM, then use that to make the magnet repel itself,
thereby at least doing away with the second magnet you'd otherwise need, and getting rid of a "sticky point" doing so?

In any case, you shouldn't have too much trouble obtaining Bismuth...
Assuming for the moment that you live in the USA, you should be able to get Bismuth shot (pellets), since some time ago they
started using Bismuth instead of Lead for shot filling in shotgun shells (and shells for hunting rifles). Since it has a relatively
low melting point, you should be able to pry the shot from a couple of Bi-filled shotgun shells and simply melt it down,
cast it into any shape you want.
Alternatively, there are rare metal suppliers that can supply Bismuth, but most only want to ship large quantities.
And there are shops like www.smart-elements.com that sell small amounts of all kinds of rare elements.
At the moment the only Bismuth I have is alloyed with Tin and Lead in the form of Rose's Metal alloy, which is
great for very low melting points but useless for superconductivity experiments.

Would still like to hear your original idea. But since you already said you will post it here when you're ready,
I guess there's little I can do but wait.

It is also found in Pepto-Bismol . If you contact Psittacosis (Parrot Fever)Bismuth is used as part of  the treatment.
I had that problem and tried to obtain just Bismuth could not get it here in Canada.
Since 9/11 shipping it might be a Problem.
professor