Integrated Photonics

Explore the forefront of integrated photonics research at the University of Twente, home to the largest concentration of dedicated scientists and engineers in this dynamic field

Discover the heart of integrated photonics research expertise at the University of Twente, where our large cluster team comprising Professors, PostDocs, PhDs, Research Engineers and Technicians work together to drive research and development in key areas. Our Integrated Photonics Program addresses important material platforms including SiN and Al2O3 and the development of highly relevant applications including photonic and quantum computing, communications and signal processing, lasers, (bio)sensing, optomechanics, photonics for security,  and many others. This allows for instance the development of robust security solutions based on quantum physics, the precision engineering of tiny lasers suitable for applications on chips, or the engineering of light-based sensors that can screen cancer traces or monitor water pollution levels on a large scale.

We focus on the development of ultra-low loss photonic platforms, spanning a wide range of wavelengths from UV to mid-infrared, and heterogeneous integration of energy-efficient and high-speed optical modulators. The program is included and promoted in relevant technology accelerators such as PIX-Europe, Photon Delta NL, Quantum Delta NL, PITC, JIC-IP among others and benefits from strong synergies with companies within the Twente region such as Quix Quantum, Lionix, Aluvia, Superlight Photonics, Demcon and New Origin among others

Recent news

Recent developments highlight how integrated photonics are evolving at a rapid pace. With new collaborations, cutting-edge technologies, and promising results, integrated photonics is making headlines. Here’s what’s happening right now.

  • A Twente photonics revolution? ‘We are playing in the Champions League’The spotlight has been emphatically on photonics in Twente recently, with legions of press releases, plans and a royal visit. Hans Hilgenkamp, scientific director of research institute MESA+, on Twente's knowledge advantage and the role of UT.ENNL
  • Demcon joins TNO and University of Twente to accelerate photonic chip innovationDemcon has partnered with TNO and the University of Twente to accelerate low-energy modulation of silicon nitride (SiN) photonic chips.ENNL
  • New Origin lays a foundation for global revolution in photonic chips from TwenteTwente will become the center of a global revolution in photonics with the development of New Origin, an advanced production facility for photonic chips. Thanks to a grant from the province of Overijssel and the involvement of regional development coENNL
  • King's working visit to MESA+ Nanolab University of TwenteHis Majesty the King paid a working visit to the University of Twente's MESA+ NanoLab in Enschede today. The visit was all about integrated photonics, from idea through research to product.ENNL
  • 380 million euros from EU for photonic chip factory: large part lands in Twente and EindhovenThe Netherlands will have a European pilot plant for photonic chips. This future generation of chips will process information with light instead of electrons. A total of 380 million euros in public investment has been made available for this projectENNL

Integrated Photonics research groups at MESA+