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Mod podge, glass beads, and cut up catalogs. They don't actually have the magnet backings on them, yet. I can't figure out how to get my camera to focus on the pictures instead of the reflections on the glass.
This blue pipe is one of the thousands of dipole magnets used in the LHC, at CERN. It weights about 35 tonnes and is 15 meters long. Inside of it there's a complicated arrangement of superconducting wires carrying about 11000 amperes of current to produce ~8.3 teslas of magnetic field. The superconductor is kept at ‑271.3°C (1.9 K), a bit colder than outer space! All of this is surrounding two pipes, that carries the proton beams. These two pipes are filled with ultra-high-vacuum.
Read more about it here.
In the background we can see building 40, where researchers from CMS and ATLAS do science 😎
The first superconducting magnet for Brookhaven National Laboratory's Relativistic Heavy Ion Collider (RHIC) is delivered in 1994.
Capped the cylindrical magnets with N42 grade black spheres. They are stronger than the cylinders so the combined magnetic force of the pair (sphere plus cylinder) should help stabilization.
It's all work and no play..These kids tie magnets to a rope and throw to the waters of Ganga to collect the coins offered by pilgrims .The picture was clicked while kids were trying their luck with the 'magnet throw" at Ganga river in Uttar Pradesh.One can see the magnet on air,before it falls in waters in this photo
Robin in his magnet suit from the lego batman game. It's my teen titan torso decal so it's not 100% based on the game design. Just something I fancied puttin together.
1728 Magnets. 4x4 grid of 18x6 cylinders. Quite rigid, good for temporary travel storage before I started working on this.
Brookhaven National Laboratory's Relativistic Heavy Ion Collider (RHIC) is composed of hundreds of linked magnets. Shown here is an end view of a RHIC superconducting magnet prior to final assembly.
Magnets with quilled dreidels.
Created by Inna (http://increations.blogspot.com/), all rights reserved.
A very old, slightly rusty, horseshoe magnet. The rust on the bottom of the top "leg" is a helpful reminder that magnets are made from iron.
This from our introductory article on magnetism.
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Extracting NdFeB magnets from magnetic building toys by dissolving the toys in acetone. For more information, see these instructions.
Extracting NdFeB magnets from magnetic building toys by dissolving the toys in acetone. For more information, see these instructions.