STEORN DEMO LIVE & STREAM in Dublin, December 15th, 10 AM

[broli]

Thanks for doing the experiment Plengo. This is just the tip of the iceberg that shows that this needs deeper investigation and not just assume there's no induced emf because the unenergized coils show no induced emf. The explanation I posted above might explain this effect. If you use the wrong current strength you over saturate the core when the magnet passes by, this causes an unbalance in flux change and thus an induced emf arises. But if the current and distance of magnet are chosen wisely I believe this emf can be reduced completely.

[Omnibus]

Does anyone of the replicators use a digital storage oscilloscope? If so, please upload here the current and votage data (possibly in an Excel spreadsheet) corresponding to one cycle at steady state. Also, please tell us what the Ohmic resistance of the toroid coils is. Thanks.

[maw2432]

Happy New Year all

Could someone please help me understand the Steorn Coil effect a little more?

Does it require a lot less voltage and current to "switch off"  the magnetic attraction of core material to the rotor magnets than current required for a normal motor where the coils are more like electro magnets?   If so how much less?   What amount  voltage/current is required?


Sorry if this has been covered before.. but I just want to make sure I understand the significance of this new technology.

Thanks

Bill

[Staffman]

Happy New Year all

Could someone please help me understand the Steorn Coil effect a little more?

Does it require a lot less voltage and current to "switch off"  the magnetic attraction of core material to the rotor magnets than current required for a normal motor where the coils are more like electro magnets?   If so how much less?   What amount  voltage/current is required?


Sorry if this has been covered before.. but I just want to make sure I understand the significance of this new technology.

Thanks

Bill

It all depends on the construction of the toroid used in the motor and the amount of torque developed between the toroid core and the magnets on the rotor. More wraps on the toroid uses less current, and better magnets (or larger diameter rotor) produces more torque.  As far as specific voltage/current difference from a regular motor, I've seen no tests done on that yet. Also, there have been no tests to date that I know of that have tried to put a generator on the output to measure a load. I'm sure these tests will be done in due time.

[PaulLowrance]

When are you guys going to start spending time focusing on the real cop>1 effect here, magnetic viscosity.     From almost the start of this thread I told you there was no bemf while there's no current in toroid coil, but that there *is* bemf when there's current in the toroid, but it's more complicated than that.

Anyhow, the real cop>1 effect is due to magnetic viscosity!!!

Hey, my Steorn eOrbo replication is about 98% complete as far as the mechanical end. Only need to mount the toroids. The circuit shouldn't take more than a few hours * murphy's law = 4 hours.