– or spin electronics – is an emerging technology that exploits the intrinsic spin of the electron rather than its charge, as is the case with current electronic devices. The technology promises microelectronic devices that can store more data
in less space, process data faster
, and consume less power. Researchers at Ohio State University (OSU) have now demonstrated the first plastic memory device that utilizes the spin of electrons to read and write data.
Contrary to claims by some scientists that the Large Hadron Collider
(LHC) was being sabotaged from the future to save the world, it is back up and running. The LHC is now beyond the point where it was in 2008 when it had to be shut down just nine days after it had commenced sending beams around its 27km (17 mile) circuit on September 10 last year.
One of the most common ways to turn the sun's energy into electricity is by persuading silicon to give up some of its electrons. But it's also quite expensive, so any innovation that helps reduce the cost of solar cell production is welcome. Researchers in Israel have come up with a cell that uses only 20% of the silicon in a standard cell yet yields similar amounts of electricity. It does this by diffusing any light that falls on its surface and sends it off to photovoltaic collector strips on each of its sides. And it doesn't even need bright sunlight to operate.
The date 10 September 2008 was forseen by some as the end of the world, at least if you believed scientists who were trying to pull the plug on an experiment that some dubbed the ‘Doomsday Test’. As it turned out a faulty electrical connection brought proceedings to a halt. Now the $9 billion ‘atom-smasher’, aka the Large Hadron Collider, which was developed by CERN
to recreate the chemical reactions that took place when the universe came into existence around 14 billion years ago, is gearing up for a restart.