Dangerously Strong Magnets

Mark Allen was selling dangerously strong magnets for $5 a throw, unfortunately he’s sold out, but you can still get them from All Ellectronics.

These are neodymium rare earth magnets with a magnetic field strength in the 45MGOe range. 45MGOe! I’m not kidding around here! Should two become co-joined by mishap, they are very very difficult to pull asunder. These magnets will fly eagerly through the air to reach each other, possibly crushing your fingers in the process. Let us be honest with each other — I’m simply not responsible enough to have these around.

As much as I’d love one of these babies, I’m not responsible enough to be allowed anywhere near them either.

Global Dimming

Each year less light reaches the surface of the Earth. No one is sure what’s causing global dimming — or what it means for the future. In fact most scientists have never heard of it

Toward a Brain-Internet Link

By 2020, we might actually have wireless Internet interfaces that ordinary people will feel comfortable having implanted in their heads, just as ordinary people are today comfortable with having laser eye surgery. All the signs — early experimental successes, societal demand for improved healthcare, and military research — point in that direction

Saving the World, Plan B

The Kyoto protocol is dying a death of a thousand cuts. Last week, the world’s biggest emitter of greenhouse gases, the US, reiterated that it wants nothing to do with the only international agreement designed to save the world from runaway global warming. The European Union, Kyoto’s main promoter, revealed that most of its members will miss their emissions targets. And Russia once again seemed to be on the point of wrecking the protocol completely. But there is a plan B, called contraction and convergence, which has been gaining ever more influential converts

Detoxing With Magnets for Fun and Profit

The Argonne National Laboratory have designed nanoparticles which identify, and then latch onto, target molecules. The nanoparticles are injected into the bloodstream, where they circulate through the body, picking up their target toxins as they go. Once they have made their rounds, all that’s needed to remove the particles from the body are a magnet housed in a handheld unit and a small, dual-channel shunt inserted into an arm or leg artery