----> PROOF Magnets Have a SPINNING Magnetic Field

[MileHigh]

No agents needed.  He says, "I want to take you through what might be the most important discovery of the last century."  It's so important but he makes no attempt to check the full 3D magnetic field around each blob of solidified solder?  I take the clip at face value and don't assume that he did any checking of the 3D space around each blob of solidified solder because he gives no indication that he did.

He is supposed to be doing something based on the Lord Kelvin electrostatic generator.  So why does he have two coils in the setup?  The Lord Kelvin generator doesn't even use coils.  Coils have nothing to do with the electrostatic generator at all.

He says "any molten metal in motion creates an electromagnetic field."  That's not a true statement.  I suppose that it's possible that the droplets of molten metal could carry an electrostatic charge like in the Lord Kelvin generator, and then they pass through a coil.  That represents a very tiny tiny electric current flow.  But the two coils are shorted coils so they won't really do anything except perhaps get a tiny tiny current induced in them.  That will do nothing of any consequence.

So what if molten metal drops land on the paint can lids with tiny opposite electrostatic charges.  There is no reason for that to somehow create a magnetic monopole, none at all.

The whole clip is basically nonsensical quackery.  Mr. Teslonian is out of his element and making wild assumptions with no foundation in fact.  He is pushing beyond his knowledge level and saying a bunch of technical sounding stuff that doesn't make any sense at all.  His use of shorted coils in an experiment that is based on electrostatics is ridiculous.  He is using coils in the blind belief that they will do something useful when in fact in this "experiment" they won't do anything useful at all.

The clip is a nonsense clip.

[Acca]

Magna the way to create the the one pole steel magnets is to have very high carbon steel dowel pins of the right

length.  The way to magnetize them is to get a neo 4 pole magnet from a very large old (shoe box) hard drive from

about 1987, I inside there is a semi horse shoe magnet (2) that has the right configuration. Take only one and

position one end of the "high carbon steel precision ground dowel pin" on the end of the north or south pole then

take the second dowel pin and position it on the top of the other pole, now once you have the pins sitting both on the

same plane of the surface of the magnet you leave them there for about a week. Be very careful as that you mark the

pole orientation as no mix up happens should you reverse them , that will give them tow equal poles. The steel rods

are NOT magnets they are steel high carbon content, carbon is magnetic as of the year 2000,  (an flat form of carbon).


Remove the rods from the 4 pole magnet carefully as not to short out them against each other the as you pull them

off the 4 pole neo chrome plated hard drive magnet. You will now have a uni-pole magnetic steel rods that are

magnetic only on one end and they will attract each other when as in my clip only to the ends that are magnetic.

as to say that is crap fu-k you MH.

Acca..

[MileHigh]

Dear Al:

For your clip that is supposedly called "Iron Rods with Monopoles by Magnetflipper:"

https://www.youtube.com/watch?v=W_Az_sZXjHU

They are not monopoles.

At 1:51 in the clip you can clearly see a North-South attraction between the two cylindrical magnets.  See attached picture.

At 1:53 in the clip you have moved the right magnet down and then there is South-South repulsion.  This repulsion causes the left cylindrical magnet to roll away towards the left.  See attached picture.

MileHigh

[MagnaProp]

Thanks for the info Acca. From your info it sounds like this is the magnet and this is how you put the carbon steel pins on it for a week. Let me know if I got it wrong.

[Acca]

Magna you have the right drawings and the right setup ...

as to say that these are monopoles NO, these are one pole magnetic iron rods with a very very weak pole on one side

and a very strong pole on the other end ...

You might want to enclose these HD magnets between iron,  one quarter inch thick, two by two inch square keepers

you will find that there is no magnetic (flux) escaping from the magnet as any thing made of iron or magnetic

material will not be attracted to the unit as it is sandwiched ...

Unlike the conventional north south pole magnet sandwiched between iron squares ...

Acca..