An approach towards hybrid integrated diode lasers for the visible spectra range

Research output: Contribution to conferencePosterOther research output

Abstract

Integrating diode laser sources in the visible range into photonic circuits, for controlling wavelength tuning or for reducing the spectral linewidth, can enable, e.g., chip-sized multicolor light engines for life-science applications or drive multiple narrow-linewidth transitions in portable optical clocks. Current approaches with grating feedback and bulk or fiber optical beam combining lead to devices of appreciable size, restricted spectral control and suffer from mechanical perturbations. Hybrid integrated lasers, formed by a diode laser amplifier and a low-loss waveguide feedback circuit can avoid these disadvantages, but have only been realized at telecom wavelengths. We present our approach for realizing a first hybrid integrated diode-SiN laser in the visible, to generate light around 690 nm via optical feedback from an integrated micro-ring Vernier filter.
Original languageEnglish
Publication statusPublished - 8 Oct 2019
Event43rd Annual Meeting NNV AMO 2019 - Conference Center "De Werelt", Lunteren, Netherlands
Duration: 8 Oct 20199 Oct 2019
Conference number: 43
https://www.ru.nl/amolunteren/

Conference

Conference43rd Annual Meeting NNV AMO 2019
Abbreviated titleNNV AMO 2019
CountryNetherlands
CityLunteren
Period8/10/199/10/19
Internet address

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visible spectrum
semiconductor lasers
beam leads
feedback circuits
life sciences
wavelengths
clocks
engines
amplifiers
optical fibers
chips
tuning
gratings
photonics
waveguides
filters
perturbation
rings
lasers

Cite this

Franken, K., van Rees, A., Fan, Y., van der Slot, P., Fallnich, C., & Boller, K. (2019). An approach towards hybrid integrated diode lasers for the visible spectra range. Poster session presented at 43rd Annual Meeting NNV AMO 2019, Lunteren, Netherlands.
Franken, Kees ; van Rees, Albert ; Fan, Youwen ; van der Slot, Peter ; Fallnich, Carsten ; Boller, Klaus. / An approach towards hybrid integrated diode lasers for the visible spectra range. Poster session presented at 43rd Annual Meeting NNV AMO 2019, Lunteren, Netherlands.
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abstract = "Integrating diode laser sources in the visible range into photonic circuits, for controlling wavelength tuning or for reducing the spectral linewidth, can enable, e.g., chip-sized multicolor light engines for life-science applications or drive multiple narrow-linewidth transitions in portable optical clocks. Current approaches with grating feedback and bulk or fiber optical beam combining lead to devices of appreciable size, restricted spectral control and suffer from mechanical perturbations. Hybrid integrated lasers, formed by a diode laser amplifier and a low-loss waveguide feedback circuit can avoid these disadvantages, but have only been realized at telecom wavelengths. We present our approach for realizing a first hybrid integrated diode-SiN laser in the visible, to generate light around 690 nm via optical feedback from an integrated micro-ring Vernier filter.",
author = "Kees Franken and {van Rees}, Albert and Youwen Fan and {van der Slot}, Peter and Carsten Fallnich and Klaus Boller",
year = "2019",
month = "10",
day = "8",
language = "English",
note = "43rd Annual Meeting NNV AMO 2019, NNV AMO 2019 ; Conference date: 08-10-2019 Through 09-10-2019",
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Franken, K, van Rees, A, Fan, Y, van der Slot, P, Fallnich, C & Boller, K 2019, 'An approach towards hybrid integrated diode lasers for the visible spectra range' 43rd Annual Meeting NNV AMO 2019, Lunteren, Netherlands, 8/10/19 - 9/10/19, .

An approach towards hybrid integrated diode lasers for the visible spectra range. / Franken, Kees; van Rees, Albert; Fan, Youwen; van der Slot, Peter; Fallnich, Carsten; Boller, Klaus.

2019. Poster session presented at 43rd Annual Meeting NNV AMO 2019, Lunteren, Netherlands.

Research output: Contribution to conferencePosterOther research output

TY - CONF

T1 - An approach towards hybrid integrated diode lasers for the visible spectra range

AU - Franken, Kees

AU - van Rees, Albert

AU - Fan, Youwen

AU - van der Slot, Peter

AU - Fallnich, Carsten

AU - Boller, Klaus

PY - 2019/10/8

Y1 - 2019/10/8

N2 - Integrating diode laser sources in the visible range into photonic circuits, for controlling wavelength tuning or for reducing the spectral linewidth, can enable, e.g., chip-sized multicolor light engines for life-science applications or drive multiple narrow-linewidth transitions in portable optical clocks. Current approaches with grating feedback and bulk or fiber optical beam combining lead to devices of appreciable size, restricted spectral control and suffer from mechanical perturbations. Hybrid integrated lasers, formed by a diode laser amplifier and a low-loss waveguide feedback circuit can avoid these disadvantages, but have only been realized at telecom wavelengths. We present our approach for realizing a first hybrid integrated diode-SiN laser in the visible, to generate light around 690 nm via optical feedback from an integrated micro-ring Vernier filter.

AB - Integrating diode laser sources in the visible range into photonic circuits, for controlling wavelength tuning or for reducing the spectral linewidth, can enable, e.g., chip-sized multicolor light engines for life-science applications or drive multiple narrow-linewidth transitions in portable optical clocks. Current approaches with grating feedback and bulk or fiber optical beam combining lead to devices of appreciable size, restricted spectral control and suffer from mechanical perturbations. Hybrid integrated lasers, formed by a diode laser amplifier and a low-loss waveguide feedback circuit can avoid these disadvantages, but have only been realized at telecom wavelengths. We present our approach for realizing a first hybrid integrated diode-SiN laser in the visible, to generate light around 690 nm via optical feedback from an integrated micro-ring Vernier filter.

M3 - Poster

ER -

Franken K, van Rees A, Fan Y, van der Slot P, Fallnich C, Boller K. An approach towards hybrid integrated diode lasers for the visible spectra range. 2019. Poster session presented at 43rd Annual Meeting NNV AMO 2019, Lunteren, Netherlands.