IBM makes magnetic data storage breakthrough
Tiny drives holding decent amounts of data may soon be available thanks to IBM's breakthrough.
According to the scientists, their technology enables storage more than 100 times denser than current hard disks and solid-state drives, and could lead to significantly smaller drives for mobile data in future devices.
As components continue to shrink, the march continues to the inevitable end point: the atom.
The scientists said they had successfully stored one bit of data in only 12 magnetic atoms, and claimed the ability to manipulate matter by its most basic components atom by atom could be vital as conventional miniaturisation becomes unsustainable.
"The chip industry will continue its pursuit of incremental scaling in semiconductor technology but, as components continue to shrink, the march continues to the inevitable end point: the atom," said Andreas Heinrich, lead investigator into atomic storage at IBM Research.
"We're taking the opposite approach and starting with the smallest unit - single atoms - to build computing devices one atom at a time."
IBM said nanostructures built to exploit an unconventional form of magnetism called antiferromagnetism could allow people and businesses to store 100 times more information in the same space.
The team engineered 12 antiferromagnetically coupled atoms that were able to store information for "a few hours" by taking advantage of their inherent alternating magnetic spin directions.
This property, the scientists said, enabled them to pack adjacent magnetic bits much closer together than was previously possible without disrupting the state of neighbouring bits.
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