Happy to see that The PHORMIC Project will continue to build out the silicon photonics MEMS platform pioneered in H2020 MORPHIC . Good luck to this new consortium.

A nice H2020 MORPHIC demonstration for switching light on or off: Hamed Sattari just published his Silicon Photonic MEMS ring resonator add-drop filter in SPIE J. Opt. Microsyst. dx.doi.org/10.1117/1.JOM.… Niels Quack imec KTH Royal Institute of Technology Photonics UGent

The The PHORMIC Project project and its partners wish all of you a Phormidable and Phantastic (in other words, a Phormic) end of 2022 and an even better 2023.

Tomorrow, Wim Bogaerts of Photonics UGent will talk about the scaling of Programmable Photonics at SPIE Photonics West , covering the work done on H2020 MORPHIC on MEMS actuators, packaging electronics and software. KTH Royal Institute of Technology Tyndall Institute Niels Quack imec UGent

Want to know more about the H2020 MORPHIC MEMS phase shifters and tunable couplers. Umar Khan will tell you all about it!

From MEMS to Liquid Crystals in Silicon photonics. Umar Khan of Photonics UGent shows how we plug in new low-power phase shifters in the standard platform of imec . Nice results from the project H2020 MORPHIC and European Research Council (ERC) PhotonicsSWARM. Niels Quack KTH Royal Institute of Technology

Pierre Edinger and Gaehun Jo congratulations! The paper on #MEMS tunable #siliconphotonics ring resonator (doi.org/10.1364/OE.480…) is a "Top Download" and "Editors Pick" in Optics Express in February. Great teamwork by H2020 MORPHIC (h2020morphic.eu) project.

The H2020 MORPHIC work is featured in Laser Focus World, highlighting our work in waveguide MEMS, hermetic sealing and packaging to enable large, low-power silicon photonic circuits. laserfocusworld.com/optics/article… EPFL KTH Royal Institute of Technology Tyndall Institute imec Photonics UGent

Some nice results from the H2020 MORPHIC project are presented in this Photonics Media article. Niels Quack KTH Royal Institute of Technology Tyndall Institute imec Photonics UGent

Padraic Morrissey from Tyndall Institute is showing the H2020 MORPHIC and The PHORMIC Project work on advanced interposers for complex silicon photonics at the ePIXfab silicon photonics school hosted by Photonics UGent

Today, the European projects The PHORMIC Project and NEUROPIC got together at Tyndall Institute in Cork to discuss synergies in research, covering programmable and neuromorphic photonics, photonic MEMS, phononics, light source integration and the scaling of optical and electrical IOs.

Wim Bogaerts of Photonics UGent presents the work of the PHORMIC and H2020 MORPHIC projects on large-scale programmable photonics at #OpticaBICOP23 in London. How can programmable photonic chips boost the use of micro-scale light in a diverse range of applications.

We wish everyone a PHORMIdastiC 2024. We look forward to a year of exciting research in photonic chips. youtu.be/27hWPRYWvWM

Wakey wakey! I will be presenting our progress in Programmable Photonics at SPIE Photonics West on Thursday 8:00AM. Yes, you will need to get up early, but I will really try to make it worthwhile. Photonics UGent imec H2020 MORPHIC The PHORMIC Project KTH Royal Institute of Technology Tyndall Institute

Wim Bogaerts preaches to the crowd at SPIE Photonics West , showing some of our recent results on programmable photonics. Will this help photonics break out into new application spaces? Photonics UGent imec H2020 MORPHIC The PHORMIC Project European Research Council (ERC)

A H2020 MORPHIC chip provides a stunning backdrop for the article on Programmable Photonics by Wim Bogaerts in the current issue of opnmagazine . Read how this technology could boost the use of photonic chips in new applications. optica-opn.org/home/articles/…

PHORMIC is proud to co-organize the ePIXfab workshop on Heterogeneous integration today and tomorrow in Palaiseau near Paris. Our work is as heterogeneous as it gets, integrating MEMS and light sources on silicon photonics, presented by Kristinn Gylfason and Gunther Roelkens.

Kristinn B. Gylfason of KTH Royal Institute of Technology shows the strengths of silicon photonic MEMS of H2020 MORPHIC and The PHORMIC Project at the ePIXfab heterogeneous integration workshop. The low power consumption and compact footprint makes this a uniquely capable platform.