That is just the kind of power needed to test the properties of high-temperature superconductors like iron oxyarsenide, which may result in better, cheaper MRI machines and high-voltage power lines. It could also be used for certain zero-gravity experiments and magnetic propulsion systems that could eliminate the need for traditional rockets down the line. Researchers have been able to create magnetic fields over 100 T for years, but if successful, this would be the first magnet that could repeatedly hold up to the strain. According to Greg Boebinger, director of the Magnet Lab, the magnet will have to resist Lorentz forces “equivalent to the explosive force of 200 sticks of dynamite packed into a volume of space the size of a marble.” [IEEE Spectrum Online via New Launches via Dvice]

[Neocube]

The detectors are to cost about a penny a carton, and they will have a wider implementation than just milk should initial tests work out well. Kelis was ever so confident her milkshake would bring all the boys to the yard and now we know why—she obviously had a beta sour milk detector device. Kudos, Kelis. [Daily Mail]

The maglev haptic control consists of two bowl shape objects, powered by electromagnets. Inside these bowls, a joystick floats around with a tracking sensor that relays its position back to a Linux Fedora-powered computer. The technology is precise to 2 microns and produces 40 newtons of force. One specific demo was the "physics playpen," where a variety of 3d shapes were displayed on screen and users could interact with them using the joysticks; moving the shapes back and forth between each hand, getting feedback of the collision, and a feel for the volume and weight of the objects.

Ultimately, the goal for this maglev haptic technology would be to have it implemented in a medical setting (microsurgery), military use (drone control), or even data visualzation (minority report, perhaps?). Just don't expect it anytime soon, as the electromagnets that power this thing cost tens of thousands of dollars alone. More pics are available over at [Gadget Lab].

The CAD designed chair pictured here is the first in what will become a series of magnetized floating chairs. Unfortunately, pricing information has not been made available—but think expensive thoughts. That having been said, the least they could do is throw in a cushion. Floating chair or not, the word "comfort" doesn't readily come to mind when I look at this thing. [Product Page via Trendhunter]

The advantage here is that the keyboard is able to measure multi-finger force and dynamically adjust the resistance. And despite the necessary calculations, response times are supposed to fast enough for gamers and business folk alike. There's no word on price yet, but expect to see the keyboard this year. We'll be sure to buy one, douse it with holy water and send the levitating demon board back where it came from. [aving via ubergizmo]

Of course, these magnetic fasteners are designed for the elderly and disabled, but our question is this: Why isn't this on all articles of clothing? Think about it, you could remove clothing LIKE THAT. That means perverts could go around and rip off women's clothing with minimal effort, which just leaves us with the one question: Why isn't this on all articles of clothing?

Magnetic Pyjamas [Plastic Bamboo]

Provided the magnets are strong enough, we can see some pants, jeans, and maybe even coats hanging from these. Plus, what could be cooler than maximizing the entire space of your closet and wading through a sea of clothes like a young William Wallace through dead bodies in that barn. – Jason Chen

Designer Site [Daniel To via Freshome - Thanks Micle!]

Product Page [ThinkGeek]

A project that doesn't involve soldering or risk of death? We're so there! Remember to keep this magnet away from other hard drives. Unless, of course, you're a fan of data loss. – Jason Chen

The best refridgerator magnet money can't buy [Instructables via MAKE]

This is supposedly the first 100 percent frictionless mouse. Why no friction? Because it hovers approximately one centimeter above the mousepad. It does so with the help of "patent-pending electromagnetic hovering technology." Maybe it is just me, but having electromagnetic waves pulsating throughout your hand all day can't be safe. Also, if it hovers with magnets, you wouldn't be able to put any downward pressure on the mouse. CrazyPC claims it reduces stress on the wrist and improves accuracy gaming. The Hover Mouse is available for $75. – Travis Hudson

Product Page [Via OhGizmo!]

Product Page [Via OhGizmo!]

The only downside is that there's no light when you're not moving, so be careful at those traffic lights. Available now for 18 ($22) for one or 34 ($43) for a pair. Ships out of Copenhagen. – Jason Chen

Product Page [Reelight via Treehugger]

Tetris Magnets [Art Lebedev]

Ah, the Sidekick 3, with its IMing, emailing, texting and credit card erasing capabilities. Wait, credit card erasing?

A couple guys started experimenting with the SK3 once they found a pen sticking to it when they removed the former from a bag. They went on to find that the magnetic latch that allows the SK to do the "cool flippy thing" is really powerful. When open, it can hold up a regular table knife. When closed, it's still able to hold up a fork.

So what does this do to that credit card sitting next to the Sidekick in your pocket? It obliterates the stored data. These guys took an expired card and ran it through a terminal to test whether it was recognized—it was. After sticking the card up next to the closed SK3's magnet, subsequent swipes produced absolutely nothing on the terminal. It wasn't even recognized as a valid card.

Someone ought to go try this with the card inside of a wallet and see how thick of a wallet is necessary to protect your cards, driver's licenses and badges. For now, you may want to keep them in separate pockets.– Jason Chen

Sidekick 3 Warning: Sidekick 3's Magnet Will Erase Your Credit Card in Under a Second [The Internet Patrol - Thanks Phil!]

This is similar to when you would play with magnets as a kid, placing one above and one below a table, and making the top one move by itself. Except now a machine does the movement for you, so you're free to finish up that watercolor of your dog. – Jason Chen

Timesphere Clock [Moma via Coolest Gadgets]

With a magnet implanted in the skin, the body would be able to detect electromagnetic fields. In response to EM fields that magnet—implanted in the ring finger—would move ever so slightly and stimulate the nerves in the finger. Any kind of a EM field could be felt in the finger by a tingling sensation—speakers, hard drives, refrigerators, etc. Hit the jump for some more details on this unique procedure.

Huffman, who received the implant, began experiencing problems several months after the operation. The body began breaking the magnet down after the silicone coating failed. The body shattered the magnet into tiny pieces and Huffman lost sensation, but the magnet later rebuilt itself and he gained the sensation back. He discourages anyone from trying this because of the related risks. Haworth plans on continuing to work on magnet implants but using a different type of magnet and a stronger silicone coating. – Travis Hudson

A Sixth Sense for a Wired World [Wired]

VINÇON - Original Panel [StyleHive via BornRich]

United Nuclear has a good idea here. They believe that all other magnets are wimpy and puny! So they make high-quality neodymium magnets for you to play with. These magnets are rated at N40, unlike other magnets which clock in at under N40. What's this mean to you? It means these are some strong-ass magnets to play with. They attract metal from over 12 inches away and if you buy the hardcore kind, they can even bruise you or break your fingers, according to the website. Sounds like the perfect thing to get your kid for the holidays so he or she can put the serious hurt on the little brother/sister.

Product Page