Jun. 13 at 3:29 PM
$WDC Tiny Chips, Massive Impact: How Multi-State Memory Powers Future Devices
Think of a smartphone that holds your entire photo collection, apps, and videos in a chip smaller than a grain of rice, running at lightning speed while barely sucking up battery power. A study published in Advanced Science brings this future closer with a Mn3SnN-based antiferromagnetic tunnel junction (AFMTJ). Led by Shiqi Liu and colleagues, this pioneering device achieves an incredible tunneling magnetoresistance (TMR) ratio of about 1500%—a measure of how clearly it can distinguish between data states—and four distinct data states, enabling compact, high-speed, and energy-efficient memory for tomorrow’s gadgets.
Why This Matters for You
This discovery could reshape the devices you use daily. Read more here if interested...https://neuromorphiccore.ai/tiny-chips-massive-impact-how-multi-state-memory-powers-future-devices/
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