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A quantum sensing metrology for magnetic memories

Engineering and Technology

A quantum sensing metrology for magnetic memories

V. J. Borràs, R. Carpenter, et al.

This groundbreaking research, conducted by Vicent J. Borràs, Robert Carpenter, Liza Žaper, Siddharth Rao, Sebastien Couet, Mathieu Munsch, Patrick Maletinsky, and Peter Rickhaus, unveils a non-contact metrology technique leveraging scanning NV magnetometry for detailed analysis of Magnetic Random Access Memory at the bit level. The findings not only reveal critical magnetic properties but also pave the way for enhanced failure analysis in MRAM production.

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Playback language: English
Abstract
This paper introduces a non-contact metrology technique using scanning NV magnetometry (SNVM) to investigate Magnetic Random Access Memory (MRAM) performance at the individual bit level. The researchers demonstrate magnetic reversal characterization in individual bits to extract key magnetic properties, thermal stability, and switching statistics, highlighting the ability to identify out-of-distribution bits and enabling failure analysis. The study benchmarks two distinct bit etching processes, showing SNVM's potential for early-stage screening in MRAM production lines.
Publisher
npj Spintronics
Published On
Jun 03, 2024
Authors
Vicent J. Borràs, Robert Carpenter, Liza Žaper, Siddharth Rao, Sebastien Couet, Mathieu Munsch, Patrick Maletinsky, Peter Rickhaus
Tags
scanning NV magnetometry
MRAM
magnetic reversal characterization
thermal stability
failure analysis
etching processes
metrology technique
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