Howard Johnson Replication Tube Claim

[fleubis]

Dave :
Another great post !   
i tried as you wrote above with my finger but couldn't sense the pressure ring on my disk .. 18 inches dia.

Then i took one of my rotor mags in my  hand holding it lightly just above the ALI disk - maybe 1/2 inch over it.
With a clean disk -  No other rotor mags on it and just the stator mag in place - i slowly spun the disk

Moving the rotor mag i was holding in my hand around a bit over the disk surface..
i could definitely feel the ring of pressure around the circumference at about the same distance in from the edge as my stator was and extending all the way around the disk .. almost as if something is putting pressue against the mag in my hand..

Do you think this effect has anything to do with what you are writing about above ? ? or is it something else altogether ?

Amazing .. !
what to do with that i have absolutely no idea .. but amazing non the less.

Thanks
q




You might want to Google "Faraday Dynamo" -- even Tesla had an upgrade on this,

James

[PaulLowrance]

Because the precession frequency of a magnet is up around 1 Ghz at 1 Tesla this is a tricky balance.

I've never seen those figures before. Are you referring to NMR, EPR, or spin wave? The NMR for iron is 1.4MHz/T, and EPR is way above 1GHz. As far as spin waves, there's no such fixed frequency per field strength in magnets.

The Aluminum precession frequency at the neucleus is down at around 1 Mhz.

Where are you getting this info from? The NMR for Aluminum is 11.1 MHz/T, not 1MHz.


In all cases, the above resonances are so weak that it's almost impossible to detect in iron or aluminum. It's difficult enough with hydrogen, which ~ 1.35 million times weaker than hydrogen.



PL

[libra_spirit]

A good introduction to NMR
http://www.cis.rit.edu/htbooks/nmr/

At the bottom of this one some pointers on using a chart
http://magnetism.fateback.com/Motion.htm

A frequency calculator
http://www.nyu.edu/cgi-bin/cgiwrap/aj39/NMRmap.cgi

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Yes the repelling rings you are feeling are very much related to Aluminums ability to interact with magnetic fields at its location of mass or weight diamagnetically. The nucleus of the Aluminum atoms is floating in a field inside, at the core it is free to be tipped and manipulated from outside. The nucleus has a weak magnetic proton field just strong enough to align the mass spin direction, and also a neutron spin field bound together with it as the "strong force" area. This is where the torquing power is and also where the positive electric charge resides, while electron shell is bound into the bonding structure and not free to turn as easilly.

The normal interaction of induction is for the Aluminum to create a drag and a repulsion, as a magnet comes near it with motion. It will resist the motion, and it will also push away at 90 degrees to the motion. This repelling force is far stronger then a magnetic repulsion and aluminum discs can be shot out of magnetic guns with tremendous force much further then repelling magnets could ever do, by using a pulse of EM.

The ring shaped fields are an indication of the force you are tapping is similiar to gravity, diamagnetic, or strong force of the atom. These are all layered spherical fields and hold the atoms shells in place short of a nuclear release. The circular disc allow these fields to become coherent everywhere around it and form a loop increasing its larger fractal power levels. Strong force of the atoms is 137 times stronger then any electrons magnetic field and takes a nuclear explosion to break apart.

Key is to figure out how to make these forces reverse, and rather then drag, begin to propell the disc by pitting them against one another so they can no longer fully compensate internally. Carr used oppositly spining cones and pulsed them with magnetic field also using a voltage gradiant across them.

What allows this to be possible is from field reach. Magnetic field is short range, electric field is next and gravity or torsion is a much further reach field, it can hop longer distances having a linear drop off of its power levels.

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Off the ends of the horse shoe you have both poles at 90 degrees to the blotch wall. In this config they will spin with one another in opposing directions at the center of the gap 90 degrees to the blotch wall which has both spins cancelling. These will be rolling through the aluminum and set up opposing spin fields. Now if you place one pole of another magnet against this from outside 90 degrees to motion, it will reduce one pole and increase the other. If you reverse the magnetic pole inwards it should go the other direction.

Mylow indicated reversing the center magnet reverses the disc direction. This tells me that it is likely the main spin field from that magnets blotch wall propelling the disc. The outer magnets throw an imbalance on it pushing one of the poles inwards while expanding the other pole. This throws an imbalanced spin on the blotch wall??? To do this does not require much power at all, very weak magnets probably and not enough to slow the discs motion from magnets grabbing.

Are his outer magnets all one pole facing inwards? This might explain such an effect. If the outer magnets are normal at least he is more aligned with the upper pole then the lower one hitting the aluminum.

---------------------------------------------

The most active torsion angle off the ends of a magnet are at about 45 degrees as it passes through aluminum, but for the magnetic field strongest flux is straight off the ends. You can visualize this as a vibrating cone off the pole. I have never messed with the blotch wall before like this, but I have charted the exact angles between 42 and 47 degrees for maximum torsion transfer into materials like bismuth [highly diamagnetic] and Aluminum.

Anyway maybe you can see that the magnet has the ability to raise a field all the way around the disc, and also the overhead Aluminum bar may be setting up another one to somehow counter it and release an OU energy.

Thinking on this is that if you set up two diamagnetic responses with two surfaces at correct distance so they fight, now the nuclear response of the atoms will increase output power to try to beat one another. The larger mass will win and the wheel will spin up from the imbalance.

This sort of interaction now requires the overhead bar also be correct height and width for any actual power to come out of the interaction, if it is producing the opposing diamagnetic field. The driving magnet is closer to the overhead bar so its rings will align differently.

Playing with magnetic fields is very hard because of distances changing things so fast within only a small motion.
You can also alter the spin fields by placing a voltage on the elements. A positive charge of only a few volts will strip off all the excess electrons on one disc, and a small negative on the overhead may add many on it. These two charges will increase or decrease any spin effect being created between the two metals. This is because the positive charge is located inside the strong force area of the atom and coupled to the weight of the nucleus. The negative charge sits on the outer electron shells and reacts with the magnetic field more but not so much with the mass.

If you do hit on a field that starts to spin up the disc you can expect that voltages may appear across them also.
In the hamel cones these went extremely high. Voltage monitoring may be something to watch for.

Why does Mylows disc not accelerate rather then hold one speed?
This may be because he has filled all the rings using only one disc rather then making rings. In a diamagnetic layered field, rings spin opposite directions. The largest mass will be countered by the next smaller mass. Spin flips direction on each segment. The outer ring will be fighting the next one in. Searl disc shows this mechnism, where concentric rings move in opposing directions in a basic UFO type field.

Those are the fields found in nature so devices at some point will probably start to emulate them, best guess.

If the Mylow motor is not tapping this vibrational field then it is not likely to be of much use for any appreciable power as the magnets will quickly go dead. Opposing magnets always beat each other into a death state. Only hope there, is to harness the excess power and ultimatly add coils to replace the magnets or at least recharge them.

Dave L

[PaulLowrance]

NMR and magnets??? No offense, but you're a funny guy Dave. 

[joe_1001101]

To All,

Can someone confirm or refute a hypothesis?

A strange coincidence has just made its appearance.

Analysis of sound of the video #41b appears to show some abnormal sound which seems to repeat itself.
(turn the sound up to maximum)

a kind of click repetition at approximately:
0:00 to 0:20
0:50 to 1:20
1:55 to 2:20
2:55 to 3:20
3:55 to 4:20

BUT... what is really strange is to compare this data result (timing of the sound) with periods of acceleration of this motor found in the graphic analysis...

Acceleration in graph at approximately:
0:00 to 0:15
0:55 to 1:29
1:50 to 2:06 (2:06 to 2:33 close to constant speed)
3:03 to 3:25
4:15 to 4:31 (4:31 to 4:52 close to constant speed)


The sound seems to occur at the same time that the acceleration in the graph analysis occur.
And during deceleration it does not seem to have this sound...


Please see for yourself and comment.

Data source...
video # 41b at:
http://www.youtube.com/watch?v=ocZ6y0o3Nkk
Analysis at:
http://www.overunity.com/index.php?topic=7039.msg168844#msg168844
(I will re-post of the graphic analysis with a better view on the time scale) => http://www.overunity.com/index.php?topic=7039.msg171091#msg171091

LightRider,

I am pretty sure those clicks are from a clock in the room.  The clicks are once a second. 

I have also had a clock on the wall that clicks louder when the second hand is doing most of the work traveling from around the  6:00 mark to 12:00 mark, then it is sort of quiet from 12 back to 6 as gravity helps the second hand down.  I guess it's just a coincidence the the speed changes as the clock becomes quiet.

Thanks,
Joe