Howard Johnson Replication Tube Claim

[nyctuber]

I suspect that MYT engine is a total scam. Not a single video in existance of it running on anything other than compressed air, and when it does run at normal speed it's EXTREMELY LOUD.(perhaps that had to do with the air itself, no idea)  Had to chuckle when the inventor revealed his plan to stick them in used cars. And he 'only' needs 20 million to do it. He's an.... aspiring used car salesman. LOL.

[jibbguy]

Ok.. I was momentarily confused by the "2006" award claim in one of the pages i saw...

It was actually for the year "2005" that the MYT won the NASA Tech Briefs "Design the Future Award". When testing for the award, NASA is reported to have burned fuel in it and ran it on a dynameter.

So you may find it very difficult to prove those "fraud" accusations

[libra_spirit]

Thanks for the updates,

I set up a 6 - 3/8" diameter 1/8" thick Aluminum disc, I happen to have, and started playing with a horse shoe magnet. What I notice, is at approximately 1" from the edge the Aluminum vibrates up in rings. Slide a finger very lightly along the disc even at the opposite end, and you can sense these rings. I feel this at forehead also. It feels like a pressure outwards from the disc at 1 - 1/2" in all the way around.

The ridge of the vibrating ring is exactly under the blotch wall of the magnet at about 1 - 1/2" inwards from the edge. There is a second ring back towards the center, as I slide the magnet back towards the center, they both flare up again. These are the vibrational resonant diameters of the disc for this magnet. You may be able to see this using a lazar reflecting to a wall at distance if you are not sensitive to torsion fields, I have not tired that one yet.

Vibrations in Aluminum will set up a standing wave, at the nucleus where the weight of the metal is actually located. Magnetic field can alter the alignment of the nuclear isotope chains.

OK now I place a magnet end bar across the horse shoe and the ring flips from a pressure outwards to an inflow vibration. This feels like a sucking inwards on the ring. This shows me the magnet "flowing flux" can in fact flip the vibrational torsion field in the Aluminum to a cold energy state.

Last thing I tried, set magnet at 1 "  back and set the shorting bar on the edge. The vibration field goes Neutral. It stops!

I was most impressed as a sensitive of Torsion fields.

Here is my thinking:

Torsion fields in aluminum and other metals have a very exact linear length, and between vibration nodes the distance is very constant. There are certain distances where vibrations will rise more easilly then others.
These are the natural vibration distances found in nature. The distance across the electron shell, or the distance from earth to moon. These fall into natural fixed distances, and lengths built on octaves of these will vibrate up very strongly. You can multiply them by 12 repeatedly to get  any size you want.

Diameter of a disc to the nearest hundredth of an inch can produce strong vibrational effects without using any magnets.

Now I have a confirmation that adding the magnets blotch wall over the vibrational ring will actually power it up and flip it inwards or outwards. This is hot or cold energy from a sensing standpoint.

I believe I read that Mylows ring is 17.5" in diameter.

Also on the second vedio it appears the magnet is way too far away to be propelling the wheel using magnetic field alone. This would also make sense if it were a vibrational torsion field effect.

All matter is made up of a dual opposing spin system at the atomic level, if you can unbalance the spin suposedly you can create motion. Aluminum has a magnetic hook at the proton level. Magnets can interact with it to create nuclear effects. They manifest first as vibration, and if vibration is set off balance into a rotation then motion is possible.

Because the precession frequency of a magnet is up around 1 Ghz at 1 Tesla this is a tricky balance. The Aluminum precession frequency at the neucleus is down at around 1 Mhz. They precess in opposing directions. The proton shell drags against the electron shell, and this is the wheelwork of nature always present and always stablizing the outer rings of the atom no matter how hard we hit them from outside.

Have been logging a few of these vibrational resonant lengths for some years now.

http://magnetism.fateback.com/Matrix.htm

May have to explore Aluminum atoms next it would seem. There should be a correct diameter that will raise the aluminums natural vibrations. If Myow has acidentally come close we may be able to get much closer by experiment.

We sould be able to measure the exact distance between the rings on the disc to discover this and then cut resonant Aluminum rods to verify it. They should vibrate up in a hand without any magnets present.

Will work on this as I get time.

Dave L

[pinestone]

author=libra_spirit

...Because the precession frequency of a magnet is up around 1 Ghz at 1 Tesla this is a tricky balance. The Aluminum precession frequency at the neucleus is down at around 1 Mhz. They precess in opposing directions. The proton shell drags against the electron shell, and this is the wheelwork of nature always present and always stablizing the outer rings of the atom no matter how hard we hit them from outside.

Your theory makes a lot of sense. I've been searching the internet for quite a long time trying to find a formula to calculate precession vs magnetic strength.
Could you tell me where you came up with the 1G = 1T solution?

However, I did find this:

http://www.mariner.connectfree.co.uk/html/emr.htm

[queue]

Thanks for the updates,

I set up a 6 - 3/8" diameter 1/8" thick Aluminum disc, I happen to have, and started playing with a horse shoe magnet. What I notice, is at approximately 1" from the edge the Aluminum vibrates up in rings. Slide a finger very lightly along the disc even at the opposite end, and you can sense these rings. I feel this at forehead also. It feels like a pressure outwards from the disc at 1 - 1/2" in all the way around.


Dave L

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