Cooling effects in Steorn eOrbo

[broli]

I hope you're right. Lets see. That would just piss the hell out of me because stefan has been ignoring me ever since I spent like a month replicating gadgetmall's JT claim to only show 55% efficiency. And now to ban me from the thread because I'm only showing what FEMM shows that there's bemf when there's current in the coil. And why has stefan and gang ignored my post on this over the past 24 hours?

Don't take it too personally, my posts have been ignored as well. There's only one person I know is listening. MH is funnily enough using our words and repeating it as a parrot and somehow is getting the attention of the people. This world is upside down.

PL I'm more into live chats on an irc channel. It would be intresting to have you on a channel as well.

irc://irc.ubuntu.com/lenz

That's the place where I and someone else hang out.

[PaulLowrance]

Thanks broli, it's been a long time since I've been pissed like that.

Talking about live chat, are you also on Google Talk? I use the live google talk windows app, and can be reached via invite using my email address,

http://globalfreeenergy.info/contact-me/

It's very simple, and a lot of people use it. For people who don't want to use a windows app can also use the google talk via their web browser if they have a google email account.

[PaulLowrance]

Stefan said I locked the other Steorn thread, but I never started that thread, period. The 1st post is mine, but the only steorn thread I started was in the "News" area under a different title, but it's now gone. Also I never clicked the lock button. As I keep telling stefan for a long time now someone keeps logging into my account and reads my private messages. Maybe they clicked the lock button.

[lumen]

@PL

The bemf is clearly there when there's current in the coil.

So you think if you would connect the coil to a scope, then bias the coil with a small current, possibly supplied through a resistor, that if the rotor was rotated it would show up on the scope somehow?

Or you thinking it would only show up as a difference from applying the current when the magnet was present compared to applying the current without the magnet present.

[PaulLowrance]

If the coil is biased then you'll see the induced voltage from the toroid core due to the spinning magnets.

I'm not saying the over all design is not cop>1 because there might be noticeable magnetic viscosity involved, but it's misleading to say there's no bemf. There's no back emf is there's no current in the coil, but who cares about that. What matters is if there's bemf if there's current in the coil.