Ultimate proof of Magnetic Vortex, free book and videos

[TheoriaApophasis]

                                   
T A WHERE THE HELL R U SON ?
     

Been very busy,.... made a few discoveries. Deep in thought and process and writing.



Just remember that "mother nature" does not do MATH.  "She" has never heard of any such nonsense, she knows no math.



The entire cosmos is inertia and force... nothing else exists

[minnie]

    Well TA.
          get even busier and show us a bullet proof example of
light being bent with a magnet.
               A peasant.

[TinselKoala]

Shut your rotten hole, subhuman knuckle-dragging filth.


its called the Farady Effect.



Ive seen more light bent with magnetism than youve seen trees in your life, little boy.


go back in the closet and continue fondling yourself, boy.

You may want to read up on the FARADAY Effect, since it has nothing to do with "bending light with magnetism".
https://en.wikipedia.org/wiki/Faraday_effect

And you may also want to refresh your memory as to the conditions you agreed to when you joined this forum:

You agree, through your use of this forum, that you will not post any material which is false, defamatory, inaccurate, abusive, vulgar, hateful, harassing, obscene, profane, sexually oriented, threatening, invasive of a person's privacy, adult material, or otherwise in violation of any International or United States Federal law.

http://overunity.com/register/#.VYTHpd_HlD8

[joel321]

Hey TA here's a .gif of what I mean.

http://i.imgur.com/LXdjpSS.gifv

One side of the doughnut magnet, the magnetic ink populates the center of the hole and in the very center of the hole, where I'm assuming the magnetic fields comes to a point, there is visual evidence that there are magnetic fields coming out. 

The other side of the doughnut magnet, the center hole repels all of the magnetic particles. But you can also see that there are a few magnetic particles that stick to the center as if going back in.

so I conclude that the magnetic field is going in one way and exiting the other way. But there is also an opposite direction of the field as well. Also, when I put the two magnets together side by side, you can see in the magnetic ink that the center focal point in the doughnut hole of the magnets shifts from the center. IOW, in both magnets, the center point of the magnetic field move closer together.

In conclusion, one side of each magnet has a stronger magnetic field than the other. One side is the "intake" and the other is the "exhaust".  In both "intake" and "exhaust" there are magnetic fields going in the opposite direction.

One thing that came to mind to see this further is to make ferrofluid and put it inside a glass ball. In the very center of the ball, putting a doughnut magnet inclosed in a glass where the glass has a hole too. I would like to see the ferrofluid react to such thing. I just want to see the magnetic fields visually more clearly.

[Pirate88179]

Hey TA here's a .gif of what I mean.

http://i.imgur.com/LXdjpSS.gifv

One side of the doughnut magnet, the magnetic ink populates the center of the hole and in the very center of the hole, where I'm assuming the magnetic fields comes to a point, there is visual evidence that there are magnetic fields coming out. 

The other side of the doughnut magnet, the center hole repels all of the magnetic particles. But you can also see that there are a few magnetic particles that stick to the center as if going back in.

so I conclude that the magnetic field is going in one way and exiting the other way. But there is also an opposite direction of the field as well. Also, when I put the two magnets together side by side, you can see in the magnetic ink that the center focal point in the doughnut hole of the magnets shifts from the center. IOW, in both magnets, the center point of the magnetic field move closer together.

In conclusion, one side of each magnet has a stronger magnetic field than the other. One side is the "intake" and the other is the "exhaust".  In both "intake" and "exhaust" there are magnetic fields going in the opposite direction.

One thing that came to mind to see this further is to make ferrofluid and put it inside a glass ball. In the very center of the ball, putting a doughnut magnet inclosed in a glass where the glass has a hole too. I would like to see the ferrofluid react to such thing. I just want to see the magnetic fields visually more clearly.

That's easy.  Take a plastic sphere, cut it in half, insert ferro fluid and epoxy back together.  You could also add a toroid inside before gluing.  JB Weld would work great for this but, you have to mix it correctly according to the instructions.  While you are at it, go ahead and fix some stuff around your house instead of tossing it away.  You have the epoxy mixed up already so...go for it.

Bill