Pulsed DC Transformer with Embedded Magnets

[Omnibus]

What's going on with the replication, never mind the blind leading the blind?

[TinselKoala]

That is sad.

Well, there's one good thing to say about Lawrence's presentation: the photos are nearly in focus.

Hey, Lawrence, here's a question your eight year old student might ask her Teacher: What's the difference between an Emitter on a PNP transistor, and an Emitter on an NPN transistor?

Quick, now, without consulting Wikipedia..... 
It's a simple question any electronics teacher, even of eight-year-olds, should be able to answer immediately.

Next, she'll be asking about pull-up resistors, and then you'll really be in trouble.

[TinselKoala]

What's going on with the replication, never mind the blind leading the blind?

Replication of what, a "Pulsed DC transformer with Embedded Magnets"?

Just take the simple JT circuit above and bring a strong NdBFe magnet up to the toroid. The Steorn Orbo effect will cause, depending on the toroid, a strong brightening, or sometimes a dimming, of the LED.

Be very careful not to lose control of the magnet; they can pinch you or spall off red-hot bits that will hit you in the eyeballs.

[chrisC]

What's going on with the replication, never mind the blind leading the blind?

@Omnibus

I sincerely hope you're not expecting miracles. Do you seriously think there's substance in Lawrence's 'expertise', so to speak? You'll be waiting until the clowns come home!

cheers
chrisC

[Omnibus]

Replication of what, a "Pulsed DC transformer with Embedded Magnets"?

Just take the simple JT circuit above and bring a strong NdBFe magnet up to the toroid. The Steorn Orbo effect will cause, depending on the toroid, a strong brightening, or sometimes a dimming, of the LED.

Be very careful not to lose control of the magnet; they can pinch you or spall off red-hot bits that will hit you in the eyeballs.

Replication of the energy balance sqhowing OU.

You, for instance, haven't done that on Steorn's motor. @Omega_0 has.