Howard Johnson Replication Tube Claim

[mscoffman]

While Mylow and I were on the phone this evening, he took out a thermometer.  He said the room temperature was 68 degrees.  Then he put it on the magnet and started reading the temperature as it dropped down to about 55 degrees F.  This was at around 7:14 pm, some four minutes after he stopped the motor.

He said the rotor magnets were at room temperature.

Sterling

Wow, This is significant evidence of *potential* overunity energy operation. Though it
needs to be reproduced...Congratulations to Mylow. I don't think this is necessarily
what HJ had in mind, though.

He needs to;
Add a heat sink to let as much energy into the stator magnet as possible. Perhaps the metal disk
is in the wrong place. maybe?

Force the machine to run from room temperature heat a much as possible - don't supply
it with any additional heat source. Then optimize it's operation. Don't supply it with any
heat, let it suck heat energy in from the room.


He should celebrate his success by going out and buying several of those 120Vac LED light
sticks from an automobile supply store and use these *alone* to do photography. He shouldn't
pull a Steorn.

why?

Incandecent lamp;   5% optical light EMF 95% IR heat EMF.
LED lamp;   95% optical light EMF 5% IR heat EMF.

Led lamps are significantly more efficient then incandescent. Don't help the motor
run by suppling energy.

--->

I will comment in another post how he can prove this motor is overunity operation -
slowly discharging the (rotor) magnets is not necessarily incompatible with overunity
operation.

--->

If this proves out, all I can say is; "I got to get myself one of these!"

[sirinewton]

Paul the aspect of shifts in the domains is such that this causes a variation in thermal. It is a known fact. Again a material game. If such is ever show to work, then it will not end up being a violation of CoE due to there is always the heat exchange game with the surrounding variables. It is the reason I believe such does not and never will violate COE.

You are correct.  In material science in relation to metallic bonds, the valence electrons particularly in metals do not bond to any particular atoms in the solid.  In fact they move about quite freely between the interatomic bonds and draw in ambient temperature from the surrounding environment.  That's why metal often feels cool or cold whenever you touch it, as long as your hand temp is higher than the surrounding natural environment. It's also why then most metals are good conductors of heat.   

[0c]

He needs to;
Add a heat sink to let as much energy into the stator magnet as possible. Perhaps the metal disk
is in the wrong place. maybe?

Force the machine to run from room temperature heat a much as possible - don't supply
it with any additional heat source. Then optimize it's operation. Don't supply it with any
heat, let it suck heat energy in from the room.

If it's getting colder, the magnet is not absorbing heat, it's dissipating it. No heat sink required.

[PaulLowrance]

He needs to;
Add a heat sink to let as much energy into the stator magnet as possible. Perhaps the metal disk
is in the wrong place. maybe?

Force the machine to run from room temperature heat a much as possible - don't supply
it with any additional heat source. Then optimize it's operation. Don't supply it with any
heat, let it suck heat energy in from the room.

If it's getting colder, the magnet is not absorbing heat, it's dissipating it. No heat sink required.

A heat sync could indeed help because it works on temperature *gradients.*  If the material is colder than ambient, then the heat sync would help the material remain closer to room temp.

PL

[0c]

A heat sync could indeed help because it works on temperature *gradients.*  If the material is colder than ambient, then the heat sync would help the material remain closer to room temp.

In this case, the heat sink becomes a "heat source" and warms the magnet.