Cooling effects in Steorn eOrbo

[PaulLowrance]

Here's some photos.

[PaulLowrance]

Here's the size,

[PaulLowrance]

The attached image is where the magnets are located,

[petersone]

Hi Paul and all
Thanks for putting the work in and showing results,everybody is getting excited,including me,I hope it's not misplaced!!
A couple of questions,I think you said nothing is connected to the coil,so why is there a scope shot,and if connected to the scope,why is there a trace,as there is no cemf,or so they say.
Keep going,all good stuff!!
peter

[broli]

No, you're missunderstanding what I'm telling you. The FEMM clearly shows the effective permeability changes when the magnet approaches and then leaves. If there's DC current in the coil while the perm changes, then the magnetic lines in the core change, which is seen as a voltage on the toroid. 

You are seeing things relative to other things, you have to look at the whole picture. Yes the permeability changes but it doesn't change uniformly throughout the toroid in the ON state. If the field of the coil produces 1 tesla inside the core then after adding the magnet then it will have one side at about 1.5 Tesla field while the other side becomes 0.5 Tesla. This is what the simulation shows. So part of the coil wants to induce a forward EMF since it sees a field decrease while the other part of the coil wants to induce backwards EMF since it sees a field increase. Both of these actions cancel out.

As far as you temperature anomaly I have nothing of value to say on that but it's a very interesting discovery.