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A demonstration of how the phosphorus-laden particles can be removed from water using a ma...

Phosphorus is a mineral that's widely used in fertilizer, which itself has an unfortunate tendency to leach out of farmers' fields and into our waterways. Now, researchers from Germany's Fraunhofer Institute for Silicate Research have devised a method of retrieving some of that phosphorus from the water – thus both reducing pollution, and providing a source of reclaimed phosphorus.  Read More

Volvo has completed a research project testing the use of magnets in the roadway to help s...

Volvo is continuing its work on autonomous vehicle technology with a research project that involves the use of magnets to keep self-driving cars on the road. As well as preventing cars from running off the road, the Swedish automaker says the technology could help improve road maintenance and allow for lanes to be narrowed.  Read More

Pitch is controlled by raising and lowering the hands, while the volume can be cranked up ...

Some take their air guitar playing more seriously than others, but even for those exerting the most energy, those perfectly struck imaginary chords are heard by nobody's ears except their own. Aura, an electronic instrument that translates hand gestures into music, could be just what these highly animated faux musicians need to get a little more reward for their efforts.  Read More

A bottle of beer is cooled using the new magnetic refrigeration system developed by GE

The fridge is the most common of common household appliances. Despite improvements in efficiency over the years, they remain one of the biggest users of electricity in the home, relying on chemical refrigerant and a compressor to transfer heat from the inside to the outside of the fridge. GE researchers have now developed a new type of refrigeration technology using magnets that is more environmentally friendly and is predicted to be 20 to 30 percent more efficient that current technology ... and it could be in household fridges by the end of the decade.  Read More

Spermbots created at IFW Dresden approach an egg, and the microtube falls away (Image: IFW...

Hijacking sperm cells to create little robots might seem far out, but that's exactly what researchers from the Dresden Institute for Integrative Nanosciences have done. Their "spermbots" consist of live sperm cells in little tubes, that can be magnetically controlled to move in a desired direction until they reach their destination and do their job – they're currently robust enough to even guide a specific sperm cell to an egg cell. The scientists hope that further development will allow the technology to offer a viable alternative to parents trying to have a child through in-vitro fertilization. When perfected, the spermbots could also be used as a safe means for drug delivery and gene manipulation.  Read More

Managing magnetism on a nanoscale could provide a big boost for digital storage (Image: Sh...

An international team of scientists has made a breakthrough in the magnetic manipulation of nanoparticles that could lead to a big boost for small scale digital storage in portable devices.  Read More

Bioinspired magnetically propelled helical microswimmers could deliver drugs at the right ...

If you remember the 1966 science fiction film Fantastic Voyage, you'll recall how miniaturized government agents traveled through blood vessels in a tiny submarine, in their attempt remove a blood clot from a scientist's brain. Synthetic nanomotors that can do the same job have been the subject of numerous research efforts and now University of California, San Diego (UCSD) researchers report that they've created powerful biodegradable "microswimmers" that can deliver drugs more precisely, derived from common plants like passion fruit and wild banana.  Read More

The MAG furniture line (Photo: Benjamin Vermeulen)

Benjamin Vermeulen has designed a new range of flatpack furniture that simply snaps into place using magnets, no tools required.  Read More

The Swarm satellites being prepared for launch (Photo: ESA)

On Friday, ESA began a four-year mission to study the Earth’s magnetic field with the launch of the three-satellite Swarm constellation into Earth orbit. Packed “like sardines” in their fairing, the unmanned spacecraft lifted off at 12:02 GMT (1:02 PM CET) from the Plesetsk space port in northern Russia atop a Rockot launcher.  Read More

The tiny eCompass chip provides magnetometer and accelerometer capabilities (Image: STMicr...

STMicroelectronics has announced a new MEMS-based module that integrates a three-axis magnetometer, a three-axis accelerometer, A/D converters, and control logic on a 2 mm x 2 mm x 1 mm surface mount chip, reportedly making it the smallest electronic compass available today.  Read More

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