Research Explorer

Uw browser ondersteunt geen JavaScript of JavaScript is niet ingeschakeld. Zonder JavaScript kan sommige functionaliteit van deze webapplicatie uitgeschakeld zijn of foutmeldingen veroorzaken. Raadpleeg om JavaScript in te schakelen de handleiding van uw browser of contacteer uw systeembeheerder.

Onderzoeker

Ewout Picavet

Prijzen & Erkenningen

16 Resultaten

2023

Low-power actuators for programmable photonic processors

Umar KhanIman ZandLukas Van IseghemPierre EdingerGaehun JoSimon J. BleikerAlain Y. TakabayashiCleitus AntonyMoises JezziniGiuseppe Talli et al.

PZT micro-transfer printing for photonic MEMS

Irfan AnsariKobe De GeestJasper De WitteTom VandekerckhoveHannes RijckaertEwout PicavetEnes LievensGilles Freddy FeutmbaTessa Van de VeireBart Kuyken et al.

Progress towards a solution-derived (Ba,Ca)(Ti,Zr)O3 film on a Si-based platform as a lead-free alternative

Hannes RijckaertGiovanna LatronicoEwout PicavetIsabel Van DriesscheKlaartje De BuysserPaolo MeleJeroen Beeckman

Progress towards piezoelectric (Ba,Ca)(Ti,Zr)O3 thin film using wet chemical solution deposition

Hannes RijckaertEwout PicavetIsabel Van DriesscheKlaartje De BuysserJeroen Beeckman

Textured growth of oxide materials via chemical solution deposition : a case study for electro-optical thin films

Klaartje De BuysserEwout PicavetHannes RijckaertLaura Van BosseleArend MandelingsIsabel Van DriesscheDries Van ThourhoutJeroen Beeckman

The self out-of-plane oriented La2O2CO3 film : an integration tool for fiber textured ferroelectric thin films

Ewout PicavetHannes RijckaertEduardo Solano MinuesaOier BikondoaEdgar Gutierrez FernandezPetriina PaturiLaura Van BosseleHenk VrielinckJeroen BeeckmanKlaartje De Buysser

A1 Artikel in een tijdschrift in JOURNAL OF MATERIALS CHEMISTRY C

The self-oriented La2O2CO3 layer : an integration tool for textured thin films on silicon based platforms

Ewout PicavetHannes RijckaertLaura Van BosseleJeroen BeeckmanDries Van ThourhoutKlaartje De Buysser

2022

Low power optical phase shifter using liquid crystal actuation on a silicon photonics platform

Lukas Van IseghemEwout PicavetAlain Yuji TakabayashiPierre EdingerUmar KhanPeter VerheyenNiels QuackKristinn B. GylfasonKlaartje De BuysserJeroen Beeckman et al.

A1 Artikel in een tijdschrift in OPTICAL MATERIALS EXPRESS

Low power phase shifter using liquid crystal on an integrated silicon photonics platform

Lukas Van IseghemUmar KhanEwout PicavetAlain Yuji TakabayashiPeter VerheyenNiels QuackKlaartje De BuysserJeroen BeeckmanWim Bogaerts

Low voltage tuning of ring resonator on a silicon photonics platform with local liquid crystal deposition

Lukas Van IseghemUmar KhanEwout PicavetA. Y. TakabayashiPeter VerheyenNiels QuackKlaartje De BuysserJeroen BeeckmanWim Bogaerts

SrxBa(1-x)Nb2O6 thin layers as lead-free alternative for photonic applications

Laura Van BosseleEwout PicavetHannes RijckaertJeroen BeeckmanKlaartje De Buysser

The self-oriented La2O2CO3 layer : an integration tool for textured thin films

Ewout PicavetJeroen BeeckmanDries Van ThourhoutKlaartje De Buysser

2021

Characterization of electro-optically active thin films for photonic circuits

Enes LievensEwout PicavetKlaartje De BuysserDries Van ThourhoutPeter BienstmanJeroen Beeckman

Direct integration of Pb(Zr,Ti)O3 thin films : a pathway towards high-speed modulators

Ewout PicavetHannes RijckaertJeroen BeeckmanDries Van ThourhoutKlaartje De Buysser

2020

Chemical solution deposition of epitaxial BaTiO3 thin films : a pathway towards high speed modulators

Ewout PicavetHannes RijckaertJeroen BeeckmanDries Van ThourhoutKlaartje De Buysser

Chemical solution deposition of epitaxial PbZr0.52Ti0.48O3 thin films : a pathway towards high speed modulators

Ewout PicavetHannes RijckaertJeroen BeeckmanDries Van ThourhoutKlaartje De Buysser