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Spintronics for Silicon Approaching
9/19/2013

A cross-section image from high-resolution transmission electron microscope shows the interface of epitaxial strontium tin oxide (Sr3SnO) and cubic yttria-stabilized zirconia (c-YSZ) atop a silicon substrate.
(Source: North Carolina State University)
A cross-section image from high-resolution transmission electron microscope shows the interface of epitaxial strontium tin oxide (Sr3SnO) and cubic yttria-stabilized zirconia (c-YSZ) atop a silicon substrate.
(Source: North Carolina State University)

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R_Colin_Johnson
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Re: Shielding
R_Colin_Johnson   9/23/2013 3:48:24 AM
NO RATINGS
You are right. All sorts of EMI interference will be a factor in systems that substitute spin-state for charge as their binary encoding, but first they have got to get the spintronic transistors actually working!

DrFPGA
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Shielding
DrFPGA   9/22/2013 11:17:12 PM
NO RATINGS
Shielding would seem to be an issue if you are running switching currents nearby. Won't you get the natural magnetic effects interfeering with the electrons? Might be a silly question- just let me know...

resistion
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CEO
Spin strong enough?
resistion   9/20/2013 7:41:28 AM
NO RATINGS
Spin is a very weak modulator of resistance, maybe a factor of two for STT MRAM, it doesn't seem to cut it as a switch.

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