
Tom Vanackere
@tomvanackere
FWO @FWOvlaanderen Ph. D. student at the Photonics Research Group @PhotonicsUgent at @UGent,@ULBruxelles working on Nonlinear Quantum Optics on Silicon Nitride.
ID: 2724258913
11-08-2014 16:16:29
25 Tweet
49 Takipçi
44 Takip Edilen


On Monday I will present my research on the Micro-Transfer Printing of Lithium Niobate at the ECOC_Conference. Photonics UGent Université libre de Bruxelles. Here is a preview: youtu.be/06sRqpH3hs0



Looking for a way to densely integrate Lithium Niobate on Silicon Nitride? Check out the talk I gave this week at ECOC_Conference on micro-transfer printing of Lithium Niobate. Photonics UGent Université libre de Bruxelles FWO imec : youtube.com/watch?v=9iyJ94…

Three vacancies for PhD students in our group 📢 Please retweet 🙏 Liquid crystals - Metasurfaces - Solar cells Contact: Kristiaan Neyts @JeroenBeeckman Johan Lauwaert More info on lcp.elis.ugent.be




Very pleased with the #ERCPoC European Research Council (ERC) outcome. The proposals of both Wim Bogaerts and Bart Kuyken were granted. Exciting times ahead! Photonics UGent UGent imec



oh my! oh my! Seems like 2023 iQuHACK is going to be amazing! Huge audience of excited hackers, and great panels! (including participation of our own Dirk Englund!) Looking forward to see the creativity at play on QuEra's challenge!



Just out! Wouldn't you want a bright quantum emitter in silicon at telecom wavelengths? Valeria, Carlos Errando Herranz and team demonstrate the enhancement of single-photon emission from quantum emitters in silicon by coupling to an inverse designed cavity. arxiv.org/pdf/2302.10230…


In a few days CLEO Conference is starting. We are very proud to see that many contributions from Photonics UGent. Enjoy your time in San Jose!


Thrilled to be presenting my work at CLEO Conference Thursday at 8 a.m.! In a collaboration between Photonics UGent and IDLab we show a high-speed lithium niobate modulator on silicon nitride fabricated using micro-transfer printing! tinyurl.com/TPingLNonSiN



Proud to share this big collaborative effort showing scalable heterogeneous integration of a 70Gb/s lithium niobate modulator on Si and SiN platforms using micro-transfer printing, published now in APL Photonics: doi.org/10.1063/5.0150… Photonics UGent IDLab Stay tuned!

