Would you like to help transform chip-scale frequency combs into technologies for future communication and precision-timing systems? Join the Integrated Ultrafast Photonics Laboratory at Chalmers and work in a collaborative research environment at the intersection of integrated photonics, high-speed electronics, and precision measurement.
About us
The Department of Microtechnology and Nanoscience advances the frontiers in quantum technology, nanoscience, photonics and future electronic systems - for technical and societal development. Our cross-disciplinary approach enables exciting collaborations in academy, industry and society, and is a driving force for innovations, results and breakthroughs. We offer a vibrant, international research environment and direct access to world-class nanofabrication facilities.
The Photonics Laboratory is a dynamic research environment where light-based technologies drive innovation in communication, sensing, and computing. With expertise in optoelectronic devices, ultrafast optics, and fiber optical communication - from long-haul transmission to datacenter interconnects - we tackle real-world challenges at every scale. We’re a collaborative research team, where PhD students and postdocs work alongside senior scientists to shape the future of photonics.
About the research project
The ERC Advanced Grant project ProSync aims to bridge the performance gap between integrated microcombs and state-of-the-art laser frequency combs. By combining ultralow-loss silicon nitride photonics, heterogeneous integration, and advanced system-level experiments, the project will develop scalable microcomb technologies for optical communications, synchronization, and precision metrology.
We are recruiting for two postdoctoral positions with complementary research profiles:
- Microcombs for high-speed optical communications: This position will develop microcomb-based multiwavelength sources for high-capacity transmission and investigate their integration with silicon-photonic transmitter and receiver devices. The research will include coherent wavelength-division multiplexing, optoelectronic synchronization, and high-speed transceiver experiments.
- Microcombs for optical clocks and precision metrology: This position will develop octave-spanning, self-referenced microcombs that connect ultrastable optical references to microwave frequencies. The research will address optical-frequency division, frequency-comb stabilization, phase and timing noise, and metrological characterization, laying the foundation for integrated optical-clock and precision-timing technologies.
Who we are looking for
The following requirements are mandatory:
- A doctoral degree in Physics, Electrical Engineering, Photonics, or a closely related field, or an equivalent foreign degree. This eligibility requirement must be met no later than the time the employment decision is made.
- Documented experimental research experience in at least one of the two research profiles:
- fiber-optic communication systems, such as coherent optical communications, high-speed transceivers, or digital signal processing; or
- precision metrology and ultrafast optics, such as laser-frequency stabilization, optical frequency combs, optical-frequency division, or optical clocks.
- A strong research record demonstrated through peer-reviewed scientific publications.
- Demonstrated ability to plan, conduct, and analyse experimental research with a high degree of independence.
- Strong written and verbal communication skills in English.
- Demonstrated ability to collaborate effectively in an international and interdisciplinary research environment.