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Yintao Ma on Muck Rack

Yintao Ma

As seen in: Nature, ACS Publications, Physical Review B, Preprints.org
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Articles

Magnetron-Sputtered MEMS Bi-Planar Coils for Chip-Scale SERF Magnetometry and Ultra-Low-Field NMR Relaxometry

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By Yao Chen, Zhipeng Sun, Yintao Ma
| Preprints.org
Submitted: 24 September 2026 Posted: 25 September 2026 You are already at the latest version Miniaturizing magnetic-field compensation for atomic spin sensors is challenging with conventional 3D wire-wound coils. We report the MEMS design, fabrication and system-level validation of bi-planar coils for a chip-scale spin-exchange relaxation-free (SERF) atomic magnetometer.
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MEMS vapor cells-based Rydberg-atom electrometry toward miniaturization and high sensitivity

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By Yintao Ma, Pan Chen, Mingzhi Yu, Yao Chen, Yanbin Wang, Ju Guo, Man Zhao, Ping Yang, Qijing Lin, Libo Zhao
| Nature Verified
Abstract Rydberg-atom electrometry, as an emerging cutting-edge technology, features high sensitivity, broad bandwidth, calibration-free operation, and beyond. However, until now the key atomic vapor cells used for confining electric field-sensitive Rydberg atoms nearly made with traditional glass-blown techniques, hindering the miniaturization, integration, and batch manufacturing.
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Tesla-scale magnetic field measurement based on Sideband-overlap Zeeman spectroscopy using a functionalized MEMS vapor cell

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By Ju Guo, Yintao Ma, Dejiang Lu, Mingzhi Yu, Yanbin Wang, Ping Yang, Qijing Lin, Libo Zhao, Yao Chen
| Nature Verified
Abstract Accurate measurement of strong magnetic fields in the Tesla range remains a persistent challenge due to calibration drift, nonlinearity, and spatial gradient sensitivity. Here, we present a compact magnetometry approach based on sideband-overlap Zeeman spectroscopy, enabled by a functionalized MEMS cesium vapor cell. The vapor cell features a dual-chamber glass–Si–glass structure with integrated microheaters on the optical window.
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