Drift compensation using a multichannel slot waveguide young interferometer

Research output: Contribution to journalArticleScientificpeer-review

Abstract

Polymeric integrated Young interferometer sensor chips utilizing a slot waveguide have demonstrated to be sensitive, to work at visible wavelengths, to be manufacturable by simple process, and to have a reduced sensitivity to temperature fluctuations. Although slot waveguide Young interferometers have these desirable features for low-cost rapid diagnostics, the sensor readout is disturbed by mechanical drifts of the sensing system. In this paper we demonstrate that mechanical drifts of the readout system can be compensated by using a multichannel slot waveguide Young interferometer having two reference waveguides and applying a drift compensation method based on the analysis of the spatial shifts of the interferogram fringes. The applicability of the drift compensation method was studied by conducting experiments with undisturbed and with mechanically disturbed setup to measure the phase changes induced by the changes of the bulk refractive index. By applying the drift compensation method, the sample induced phase change responses were extracted from up to 18 times larger measured phase changes in the disturbed experiments proving the applicability of the method with multichannel slot waveguide Young interferometers.
Original languageEnglish
Article number15053
Number of pages7
JournalJournal of the European Optical Society: Rapid Publications
Volume10
DOIs
Publication statusPublished - 2015
MoE publication typeA1 Journal article-refereed

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slots
interferometers
waveguides
readout
sensors
interferometry
chips
refractivity
conduction
sensitivity
shift
wavelengths
temperature

Keywords

  • drift compensation
  • integrated young interferometer
  • interferometry
  • polymer waveguides
  • slot waveguide

Cite this

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title = "Drift compensation using a multichannel slot waveguide young interferometer",
abstract = "Polymeric integrated Young interferometer sensor chips utilizing a slot waveguide have demonstrated to be sensitive, to work at visible wavelengths, to be manufacturable by simple process, and to have a reduced sensitivity to temperature fluctuations. Although slot waveguide Young interferometers have these desirable features for low-cost rapid diagnostics, the sensor readout is disturbed by mechanical drifts of the sensing system. In this paper we demonstrate that mechanical drifts of the readout system can be compensated by using a multichannel slot waveguide Young interferometer having two reference waveguides and applying a drift compensation method based on the analysis of the spatial shifts of the interferogram fringes. The applicability of the drift compensation method was studied by conducting experiments with undisturbed and with mechanically disturbed setup to measure the phase changes induced by the changes of the bulk refractive index. By applying the drift compensation method, the sample induced phase change responses were extracted from up to 18 times larger measured phase changes in the disturbed experiments proving the applicability of the method with multichannel slot waveguide Young interferometers.",
keywords = "drift compensation, integrated young interferometer, interferometry, polymer waveguides, slot waveguide",
author = "Sanna Aikio and Marianne Hiltunen and P. Stenberg and Jussi Hiltunen",
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journal = "Journal of the European Optical Society: Rapid Publications",
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Drift compensation using a multichannel slot waveguide young interferometer. / Aikio, Sanna; Hiltunen, Marianne; Stenberg, P.; Hiltunen, Jussi.

In: Journal of the European Optical Society: Rapid Publications, Vol. 10, 15053, 2015.

Research output: Contribution to journalArticleScientificpeer-review

TY - JOUR

T1 - Drift compensation using a multichannel slot waveguide young interferometer

AU - Aikio, Sanna

AU - Hiltunen, Marianne

AU - Stenberg, P.

AU - Hiltunen, Jussi

PY - 2015

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N2 - Polymeric integrated Young interferometer sensor chips utilizing a slot waveguide have demonstrated to be sensitive, to work at visible wavelengths, to be manufacturable by simple process, and to have a reduced sensitivity to temperature fluctuations. Although slot waveguide Young interferometers have these desirable features for low-cost rapid diagnostics, the sensor readout is disturbed by mechanical drifts of the sensing system. In this paper we demonstrate that mechanical drifts of the readout system can be compensated by using a multichannel slot waveguide Young interferometer having two reference waveguides and applying a drift compensation method based on the analysis of the spatial shifts of the interferogram fringes. The applicability of the drift compensation method was studied by conducting experiments with undisturbed and with mechanically disturbed setup to measure the phase changes induced by the changes of the bulk refractive index. By applying the drift compensation method, the sample induced phase change responses were extracted from up to 18 times larger measured phase changes in the disturbed experiments proving the applicability of the method with multichannel slot waveguide Young interferometers.

AB - Polymeric integrated Young interferometer sensor chips utilizing a slot waveguide have demonstrated to be sensitive, to work at visible wavelengths, to be manufacturable by simple process, and to have a reduced sensitivity to temperature fluctuations. Although slot waveguide Young interferometers have these desirable features for low-cost rapid diagnostics, the sensor readout is disturbed by mechanical drifts of the sensing system. In this paper we demonstrate that mechanical drifts of the readout system can be compensated by using a multichannel slot waveguide Young interferometer having two reference waveguides and applying a drift compensation method based on the analysis of the spatial shifts of the interferogram fringes. The applicability of the drift compensation method was studied by conducting experiments with undisturbed and with mechanically disturbed setup to measure the phase changes induced by the changes of the bulk refractive index. By applying the drift compensation method, the sample induced phase change responses were extracted from up to 18 times larger measured phase changes in the disturbed experiments proving the applicability of the method with multichannel slot waveguide Young interferometers.

KW - drift compensation

KW - integrated young interferometer

KW - interferometry

KW - polymer waveguides

KW - slot waveguide

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JO - Journal of the European Optical Society: Rapid Publications

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