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ferrofluid & magnet

In this picture we see that the ferrofluid is actually resting on a thin plastic plate about 15cm above the magnet. The distance is big enough that the magnetic field does not disturb the ferrofluid.

A closeup of ferrofluid under the influence of a large donut magnet; shot through a 100mm macro lens. This was taken during the shooting of a friend's video project, an art piece involving objects under the influence of magnets.

This was the coolest thing in the entire convention. I took well over a hundred photos - all of them interesting. I plan on posting more (and I'm making a video with them).

 

best viewed LARGE

Some photos are ferrofluid alone. Some are ferrofluid + watercolors. Some are ferrofluid + cornstarch/water.

More spikey lovelyness

A closeup of ferrofluid under the influence of a large donut magnet; shot through a 100mm macro lens. This was taken during the shooting of a friend's video project, an art piece involving objects under the influence of magnets.

By using the 'ferrofluid' with a strong magnet, one is able to see the magnetic 'lines of force' eminating from the rare earth magnets held below the dish containing the liquid.

Ferrofluid Experiment

Electronics are safe near the Magnetoscope because the magnetic fields do not extend beyond the case.

2 bolts, one N polarity, one S polarity kept a small distance apart

Awesome messy stuff that reacts with magnets in pretty ways. One of the awesome presents I got for Christmas from my family.

Interactive exhibit by Michael Flynn, exhibiting at ArtPrize competition in Grand Rapids.

ferro horned toad

Tkkrlab Culturele zondag 3 april 2011

2 bolts, one N polarity, one S polarity kept a small distance apart

Ferrofluid Experiment

By using the 'ferrofluid' with a strong magnet, one is able to see the magnetic 'lines of force' eminating from the rare earth magnets helf below the dish containing the liquid.

copyleft: Creative Commons Attribution

Photo by Solsken Design

The suspension consists of tiny magnetized iron particles in a carrier fluid. When the magnet underneath is moved, because of the iron particles suspended, the fluid also gets attracted to it.

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