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

Dennis Maes

Prijzen & Erkenningen

14 Resultaten

2024

Bridging the terahertz gap : high-speed photodiodes on silicon nitride

Dennis MaesBart KuykenSam LemeyEmilien Peytavit

Present and future of micro-transfer printing for heterogeneous photonic integrated circuits

Günther RoelkensJing ZhangLaurens BogaertEmadreza SoltanianMaximilien BilletAli UzunBiwei PanYang LiuEvangelia DelliDongbo Wang et al.

A1 Artikel in een tijdschrift in APL PHOTONICS

2023

Filling the gap of silicon nitride photonic platform functionalities using micro-transfer printing

Maximilien BilletTom VanackereTom VandekerckhoveMargot NielsLuis ReisDennis MaesMax KiewietKonstantinos AkritidisStijn CuyversStijn Poelman et al.

High speed transceivers beyond 1.6Tb/s for data center networks

Peter OssieurBart MoeneclaeyJoris LambrechtJ CraninckxE MartensJ Van DriesscheJ DeclerqShengpu NiuTinus PannierYe Gu et al.

High-speed uni-traveling-carrier photodiodes on silicon nitride

Dennis MaesSam LemeyGünther RoelkensMohammed ZaknouneVanessa AvramovicEtienne OkadaPascal SzriftgiserEmilien PeytavitGuillaume DucournauBart Kuyken

A1 Artikel in een tijdschrift in APL PHOTONICS

Micro-transfer printing for heterogeneous Si photonic integrated circuits

Günther RoelkensJing ZhangLaurens BogaertMaximilien BilletDongbo WangBiwei PanClemens KrückelEmadreza SoltanianDennis MaesTom Vanackere et al.

A1 Artikel in een tijdschrift in IEEE JOURNAL OF SELECTED TOPICS IN QUANTUM ELECTRONICS

Photonic integrated circuits realized using micro-transfer printing

Jing ZhangLaurens BogaertMaximilien BilletDongbo WangBiwei PanSenbiao QinEmadreza SoltanianStijn CuyversDennis MaesTom Vanackere et al.

2022

FEARS 2022 book of proceedings

High-bandwidth photodiodes on silicon nitride supporting net bitrates in excess of 350 Gbit/s

Dennis MaesQian HuRobert BorkowskiYannick LefevreGünther RoelkensSam LemeyEmilien PeytavitBart Kuyken

High-speed photodiodes on silicon nitride with a bandwidth beyond 100 GHz

Dennis MaesLuis Dos ReisStijn PoelmanEwoud VissersVanessa AvramovicMohammed ZaknouneGünther RoelkensSam LemeyEmilien PeytavitBart Kuyken

Micro-transfer-printed photodiodes on silicon nitride for high-speed communications

Dennis MaesGünther RoelkensSam LemeyE. PeytavitBart Kuyken

Terahertz communication : a story of bandwidth and silicon photonic integration

Dennis MaesEmilien PeytavitBart KuykenSam Lemey

UTC photodiodes on silicon nitride enabling 100 Gbit/s terahertz links at 300 GHz

Dennis MaesSam LemeyGünther RoelkensMohammad ZaknouneVanessa AvramovicEtienne OkadaPascal SzriftgiserEmilien PeytavitGuillaume DucournauBart Kuyken

2021

Heterogeneous integration of uni-travelling-carrier photodiodes using micro-transfer-printing on a silicon-nitride platform

Dennis MaesGünther RoelkensMohammed ZaknouneCamiel Op de BeeckStijn PoelmanMaximilien BilletMuhammad MuneebSam LemeyEmilien PeytaviBart Kuyken