@PierreEdinger

Some mornings I believe in quantum dreaming. PhD student, living in Stockholm.

 Stockholm, Sweden
Joined March 2019
  • Tweets34
  • Following53
  • Followers47
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Congrats to newly graduated PhD @PierreEdinger on his latest paper on a #MEMS tunable #silicon #photonics ring resonator. The device is sealed in a vacuum cavity and survives over 4 billion cycles. Great collaboration of #horizon2020 @H2020_Morphic doi.org/10.1364/OE.480219
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Pierre Edinger retweeted
H2020 MORPHIC@H2020_Morphic9 Feb 2023
Replying to @PierreEdinger
@PierreEdinger from @KTHuniversity just published an impressive MEMS-controlled silicon photonic ring resonator filter in Optics Express. A beautiful demonstration of what the @H2020_Morphic technology can enable with low-power actuators. @imec_int @QLAB_EPFL @PhotonicsUGent
Vacuum-sealed silicon photonic MEMS tunable ring resonator with an independent control over coupling and phase Pierre Edinger, Gaehun Jo, Chris Phong Van Nguyen, Alain Yuji Takabayashi, Carlos Errando-Herranz, Cleitus Antony, Giuseppe Talli, Peter Verheyen, Umar Khan, Simon J. Bleiker, Wim Bogaerts, Niels Quack, Frank Niklaus, and Kristinn B. Gylfason

ALT Vacuum-sealed silicon photonic MEMS tunable ring resonator with an independent control over coupling and phase Pierre Edinger, Gaehun Jo, Chris Phong Van Nguyen, Alain Yuji Takabayashi, Carlos Errando-Herranz, Cleitus Antony, Giuseppe Talli, Peter Verheyen, Umar Khan, Simon J. Bleiker, Wim Bogaerts, Niels Quack, Frank Niklaus, and Kristinn B. Gylfason

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Come join my group at @tudelft and @QuTech_news! I am searching for two highly motivated PhD students to work on quantum photonics with color centers: tudelft.nl/over-tu-delft/wer…
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Pierre Edinger retweeted
H2020 MORPHIC@H2020_Morphic9 Sep 2022
Today we have the final review meeting of the @H2020_Morphic project. While an in-person meetign would be even better, we are still enthusiastic to discuss our exciting results, and looking forward to take these to the next level in the @Phormic_EU project.
All ready for the MORPHIC final review meeting

ALT All ready for the MORPHIC final review meeting

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This is it! After 4.5 years of enthusiastic collaboration, the @H2020_Morphic is come to its end point. Thanks @QLAB_EPFL @KTHuniversity @TyndallInstitut @CommScope @vlcphotonics @imec_int @PhotonicsUGent . But the work does not stop here: get ready for the @Phormic_EU project.
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The @H2020_Morphic Silicon photonic MEMS devices are captivating the audience at the @epixfab silicon photonics summer school hosted by @SiPhotonicsC2N . Wonderful lecture by @kristgy from @KTHuniversity
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Concluding @H2020_Morphic with challenging technical discussions, a sauna with a quick dip in the midsummer Baltic, and delicious food. Wonderful meeting in the archipelago near @KTHuniversity , with @imec_int @PhotonicsUGent @TyndallInstitut @CommScope and @QLAB_EPFL (virtual)
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Pierre Edinger retweeted
Wim Bogaerts@WimBogaerts1 Jun 2022
Replying to @IseghemLukas
@IseghemLukas of @PhotonicsUGent just published a cool silicon photonics phase shifter using inkjet-printed liquid crystals in Opt. Mat. Expr. doi.org/10.1364/OME.457589 - short video: youtu.be/6plfgu8iqIA @QLAB_EPFL @KTHuniversity @LCP_UGent SCRiPTS @imec_int @H2020_Morphic
@IseghemLukas , @EwoutPicavet , A. Y. Takabayashi , @PierreEdinger , @UmarKhan7070 , P. Verheyen , @QLAB_EPFL , @kristgy , @K_De_Buysser, @JeroenBeeckman, @WimBogaerts, "Low-power optical phase shifter using liquid crystal actuation on a silicon photonics platform" Optics Materials Express 12(6), p.2181-2198 (1 June 2022) - doi:10.1364/OME.457589

ALT @IseghemLukas , @EwoutPicavet , A. Y. Takabayashi , @PierreEdinger , @UmarKhan7070 , P. Verheyen , @QLAB_EPFL , @kristgy , @K_De_Buysser, @JeroenBeeckman, @WimBogaerts, "Low-power optical phase shifter using liquid crystal actuation on a silicon photonics platform" Optics Materials Express 12(6), p.2181-2198 (1 June 2022) - doi:10.1364/OME.457589

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Replying to @PierreEdinger
@PierreEdinger presenting our work on #MEMS tunable #silicon #photonics ring resonators in the @H2020_Morphic project right now at #cleo2022 #cleo22 – at San Jose, CA
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I had a great first day at @CLEOConf, particularly during the special session on Micro-and Nanomechanical Photonic ICs ! #CLEO22 If you'd like to see more #photonic #MEMS, I'll be presenting a low-power MEMS add-drop ring resonator, a recent result from @H2020_Morphic on Friday!
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Replying to @UmarKhan7070
@UmarKhan7070 of @PhotonicsUGent showed the work in @H2020_Morphic at @cleoconference and introduced how @Phormic_EU will take this work into the future.
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Ready for @CLEOConf #CLEO2022 . @UmarKhan7070 of @PhotonicsUGent will show the latest @H2020_Morphic results on Silicon Photonic MEMS today in a special session on Micro- and Nanomechanical Photonic Circuits, chaired by our own @kristgy and @WimBogaerts cleoconference.org/home/prog…
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Pierre Edinger retweeted
Umar Khan@UmarKhan707016 May 2022
I am excited to announce that I am delivering an invited talk on the recent progress from the @H2020_Morphic project at @CLEOConf 𝒲𝒽ℯ𝓃: May 16 2022 at 9.30am Hope to see you there! @imec_int @PhotonicsUGent @KTHuniversity @TyndallInstitut @QLAB_EPFL @vlcphotonics @CommScope
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Coming soon: @HorizonEU PHORMIC will build the next generation of silicon photonics with integrated MEMS and lasers, building on @H2020_Morphic and @MicroprinceEU . @imec_int @KTHuniversity , @TyndallInstitut ASM-Amicra, III-V labs , Sentea, @vlcphotonics @nvidia @XFAB_FOUNDRY
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Great news! The work of @H2020_Morphic will continue into the @HorizonEU project @Phormic_EU. We will be combining our silicon photonic MEMS technology with transfer-printed lasers to enable the next generation of large-scale programmable photonic circuits.
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Our overview paper with recent @H2020_Morphic results on large-scale silicon photonic MEMS from @PhotonicsWest is now available doi.org/10.1117/12.2614213 , or watch the video: youtu.be/Vodco1mTEQY . @imec_int @QLAB_EPFL @KTHuniversity @TyndallInstitut @vlcphotonics @CommScope
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Gaehun Jo of @KTHuniversity just published the hermetic sealing results of @H2020_Morphic silicon photonics MEMS in @OpticaPubsGroup Photonics Research. This enables large-scale circuits with fragile MEMS devices with high reliability. @TyndallInstitut @QLAB_EPFL @imec_int
Wafer-level hermetically sealed silicon photonic MEMS

ALT Wafer-level hermetically sealed silicon photonic MEMS

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The MORPHIC project and its partners wish everyone a bright and moving Year 2022. @QLAB_EPFL @KTHuniversity @CommScope @vlcphotonics @TyndallInstitut @imec_int @PhotonicsUGent youtu.be/zZaUWuO2OZY
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A new bestseller: The @H2020_Morphic paper by @PierreEdinger about low-power, compact silicon photonic MEMS phase shifters is a top download from @OpticaPubsGroup Optics Letters in November. doi.org/10.1364/OL.436288 @KTHuniversity @QLAB_EPFL @imec_int @PhotonicsUGent
Silicon photonic microelectromechanical phase shifters for scalable programmable photonics

ALT Silicon photonic microelectromechanical phase shifters for scalable programmable photonics

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Low-power silicon photonic MEMS phase shifters developed in @H2020_Morphic work really well. Congrats to @PierreEdinger of @KTHuniversity for publishing the latest results in @OpticaPubsGroup Optics Letters. doi.org/10.1364/OL.436288 @imec_int @QLAB_EPFL @PhotonicsUGent
Pierre Edinger et al. “Silicon photonic microelectromechanical phase shifters for scalable programmable photonics” Optics Letters Vol. 46, Issue 22, pp. 5671-5674 (2021)

ALT Pierre Edinger et al. “Silicon photonic microelectromechanical phase shifters for scalable programmable photonics” Optics Letters Vol. 46, Issue 22, pp. 5671-5674 (2021)

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