We are happy to share our recent work in Laser & Photonics Reviews: ‘Integrated RF Photonic Front-End Capable of Simultaneous Cascaded Functions’ .
In this study, we demonstrate a compact photonic architecture that handles multiple RF processing tasks simultaneously, paving the way for more efficient and compact RF photonic systems.
Congrats, Steven and the team!
We are pleased to announce that our study, ‘Integrated Brillouin photonics in thin-film lithium niobate,’ was published in Science Advances in April.
In this paper, we demonstrate strong stimulated Brillouin scattering on the thin-film lithium niobate platform. As proof-of-concept demonstrations, we realized net-gain Brillouin amplifiers, generated a stimulated Brillouin laser, and devised a multifunctional Brillouin-based MWP processor, all within the standard TFLN platform.
Congratulations, Steven and the team!
We are pleased to share our latest microwave photonics paper published at Nature Communications, titled “Programmable multifunctional integrated microwave photonic circuit on thin-film lithium niobate”.
In this paper, we developed a high-performance programmable photonic chip based on thin-film lithium niobate (TFLN), enabling multifunctional microwave photonic signal processing on a single chip.
Congrats, Chuangchuang and the team!
We are proud to share our recent work, “Stimulated Brillouin scattering in a non-suspended ultra-low-loss thick SOI platform,” has been published as a Featured Article in APL Photonics!
For years, Stimulated Brillouin scattering (SBS) in silicon photonics has been primarily explored in suspended SOI platforms, due to acoustic leakage in standard silicon nanowire structures. In this work, we overcome this long-standing challenge by demonstrating that increasing the waveguide dimension can effectively confine optically generated sound waves without suspension.
Congrats, Steven!
We kicked off the year with a full day of roadmapping.
We shared a lot of ideas about new experiments for the following year.
Beside science and tech, we also discussed potential commercialization plans, joined by Dr. Lennart de Vreede from the Strategic Business Development & MESA+, University of Twente.
We are pleased to share a new publication of our paper at Optics Express, titled “RF photonic interference mitigation system using silicon nitride ring resonator network”.
This work was conducted by Maarten as part of his master project. Congrats, Maarten, on this well-deserved achievement!
King Willem-Alexander of the Netherlands visited the MESA+ Nanolab this week.
During the tour, David had the honor of shaking hands with the King and explaining our research on integrated Brillouin photonics!
We concluded our 2024 activities with a potluck dinner this week.
As is tradition in our group, we shared stories, joys from the past year, accompanied by plenty of beer and wine.
Happy New Year, everyone! Wishing you all another fruitful year in 2025!
Tarik presented our recent exciting progress on silicon nitride waveguide fabrication at the MinacNed conference in Eindhoven. This is a team effort from Tarik, Akshay, and technicians from MESA+ Nanolab. Congrats, guys!
After a long period of study, Maarten Eijkel successfully defended his Master’s thesis titled “Integrated microwave photonic technique for RF interference mitigation”, on September 30th.
In his defense, the whole group suited up to bang the drum for Maarten. Congrats, Maarten!
Nonlinear Nanophotonics (NLNP) 