Monday, 22 November 2010

.Electro.Magnetic Force:::.....


.Magnets.in Motion:::.....


The moving imagery shown below indicates on how the magnet atoms with the magnetic fields twist and bend as the magnets are moved about while they are responding with each other.


An example of Two magnets magnetized through it's length starting with the north pole on the right hand side. The lines show the magnetic waves connection between the two magnets.






Below is an pictorial example of how the magnets attract each other as shown above.



























Five Magnets magnetized through it's length -




Here is a single magnet, North is on the right hand side and a steel plate is used to shield the bottom which is shown on the screen.




































.Magnetic.Interaction:::.....





.The Force of computation on dipole interactions:::....
(The action of calculation on a pair of equal and oppositely charged or magnetized poles which are separated by a distance.)




Above displays stages of images of spheres made of soft ferromagnetic (contain a high susceptibility of magnetization) material which is lifted by a magnet.  From these photos, the spheres relates back to the idea of atoms from the use of shape as well as the imagination of the magnetic particles inside the sphere.

- More imagery of the magnetic field...


Above shows the positive and negative waves would repel against one another with the idea of a magnetic ball is places in between them.



A superconducting cube levitating above a ferromagnetic ring with he snapshot of the magnetic field shown at the bottom of the image.



.Quick drawings of my interpretation of magnetic fields:::....


.Developed one of my quick drawings further onto photoshop:::......



.Liquid.Magnetic Force::::......



.Videos below indicates the idea of how the magnetic liquid and form into different shapes and volume.










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