Optomechanical Motion Sensors

Felipe Guzman; Oliver Gerberding; John T Melcher; Julian Stirling; Jon R Pratt; Gordon A Shaw; Jacob M Taylor

Optomechanical Motion Sensors

Felipe Guzman, Oliver Gerberding, John T Melcher, Julian Stirling, Jon R Pratt, Gordon A Shaw, Jacob M Taylor

Department of Physics

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Abstract

Compact optical cavities can be combined with motion sensors to yield unprecedented resolution and SI-traceability in areas such as acceleration sensing and atomic force microscopy AFM, among others. We have incorporated Fabry-Perot fiber-optic micro-cavities onto low-loss monolithic fused-silica mechanical oscillators, demonstrating exquisite sensitivities better than 200am/rtHz in displacement, and acceleration sensing levels below 100 nano- g/rtHz over a 10kHz bandwidth. Similar tests have been conducted with novel fused-silica AFM sensors, reaching resolutions of 14fN. We will present our results on novel optomechanical systems that offer both, high sensitivity and direct SI-traceability in very simple and compact devices.

Original language	English
Title of host publication	ASPE 2015 Summer Topical Meeting, Precision Interferometric Metrology
Publisher	American Society for Precision Engineering
Pages	79-82
Number of pages	4
Volume	61
ISBN (Print)	978-1-887706-68-1
Publication status	Published - 8 Jul 2015

Keywords

optomechanics
interferometry
precision measurements
acceleration
force

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https://ws680.nist.gov/publication/get_pdf.cfm?pub_id=918898

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Cite this

Optomechanical Motion Sensors. / Guzman, Felipe; Gerberding, Oliver; Melcher, John T; Stirling, Julian; Pratt, Jon R; Shaw, Gordon A; Taylor, Jacob M.

ASPE 2015 Summer Topical Meeting, Precision Interferometric Metrology. Vol. 61 American Society for Precision Engineering, 2015. p. 79-82.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

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title = "Optomechanical Motion Sensors",

abstract = "Compact optical cavities can be combined with motion sensors to yield unprecedented resolution and SI-traceability in areas such as acceleration sensing and atomic force microscopy AFM, among others. We have incorporated Fabry-Perot fiber-optic micro-cavities onto low-loss monolithic fused-silica mechanical oscillators, demonstrating exquisite sensitivities better than 200am/rtHz in displacement, and acceleration sensing levels below 100 nano- g/rtHz over a 10kHz bandwidth. Similar tests have been conducted with novel fused-silica AFM sensors, reaching resolutions of 14fN. We will present our results on novel optomechanical systems that offer both, high sensitivity and direct SI-traceability in very simple and compact devices.",

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T1 - Optomechanical Motion Sensors

AU - Guzman, Felipe

AU - Gerberding, Oliver

AU - Melcher, John T

AU - Stirling, Julian

AU - Pratt, Jon R

AU - Shaw, Gordon A

AU - Taylor, Jacob M

PY - 2015/7/8

Y1 - 2015/7/8

N2 - Compact optical cavities can be combined with motion sensors to yield unprecedented resolution and SI-traceability in areas such as acceleration sensing and atomic force microscopy AFM, among others. We have incorporated Fabry-Perot fiber-optic micro-cavities onto low-loss monolithic fused-silica mechanical oscillators, demonstrating exquisite sensitivities better than 200am/rtHz in displacement, and acceleration sensing levels below 100 nano- g/rtHz over a 10kHz bandwidth. Similar tests have been conducted with novel fused-silica AFM sensors, reaching resolutions of 14fN. We will present our results on novel optomechanical systems that offer both, high sensitivity and direct SI-traceability in very simple and compact devices.

AB - Compact optical cavities can be combined with motion sensors to yield unprecedented resolution and SI-traceability in areas such as acceleration sensing and atomic force microscopy AFM, among others. We have incorporated Fabry-Perot fiber-optic micro-cavities onto low-loss monolithic fused-silica mechanical oscillators, demonstrating exquisite sensitivities better than 200am/rtHz in displacement, and acceleration sensing levels below 100 nano- g/rtHz over a 10kHz bandwidth. Similar tests have been conducted with novel fused-silica AFM sensors, reaching resolutions of 14fN. We will present our results on novel optomechanical systems that offer both, high sensitivity and direct SI-traceability in very simple and compact devices.

KW - optomechanics

KW - interferometry

KW - precision measurements

KW - acceleration

KW - force

M3 - Conference contribution

SN - 978-1-887706-68-1

VL - 61

SP - 79

EP - 82

BT - ASPE 2015 Summer Topical Meeting, Precision Interferometric Metrology

PB - American Society for Precision Engineering

ER -