The Rocket - Ferrofluid Lamp The Rocket |Interactive Ferrofluid Lava Lamp Screenshots View ImageView ImageView Video Hunter's comment Ferrofluid Lava Lamp is a wonderful product. Basically this lamp is

This is a Ferrophoto of a Ring magnet, actually a stack of four 1/8 inch ring magnets making a 1/2 inch stack. The ferrophoto shows a positive and negative image of a magnet field depending on which side

Here I show that the inner fields for ring magnets get compressed by their companion magnets.

This is just a bit of fun ... take a look and see the magnet fields of 6 magnets.

An interesting magnet field pattern shown in a Ferrocell . A Ferrocell is the invention of the person who runs this web site www.ferrocell.us

A ferrocell is a magnetic field viewing device with extremely interesting visual depictions of magnet fields.

This is a formation between to similar poles of a magnet. I think this structure is a mono pole or a pole which is a combination of the poles on the magnet.

This shows the centre plane of a magnet where there is not magnetic field (sorta) it is an exaggerated view of the magnets transition zone between the north and south poles in a magnet. The actual dielectric

The ring magnet is below the ferrocell and the bar magnet is on top of the ferrocell.

An exaggerated view of the null zone of a magnet. Please check out my YouTube channel if you are interested.

Im showing the shape and size of the fields on a ring magnet Check out my YouTube channel for more videos

easy to show magnet fields joining or repulsing using a ferrocell and weak magnets, therefor controllable magnets.

I have 3 names for these things. Ferrophoto, Magnagraph and magnet field imprint. A number of regular magnets were used to make this Ferrophoto. Can you guess how many ?

Showing 3d effect lit with candles.

The same ferrophoto this time light by 2 lights one red and one blueish

I hope you like my wild speculations ;)

I call this a mono pole as it has the same features and effects in ferrocells and in ferrophotos / magnet field imprints as the ones at the poles of the magnets them selves. This is first in a series.