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    Frédéric Grillot, Sc. D.

    Professor, Télécom Paris (France) & the University of New-Mexico (USA)



F. Grillot
PEOPLE

Current PhD Students (11)

  • Hyunah Kim, Quantum cascade photonic devices, noise properties and squeezed light (Expected 2026).

  • Mingzhao Shi, Frequency combs, quantum dot lasers on silicon (Expected 2026).

  • Nour Nawfal, Integrated photonics for coherent free-space optical communications in the mid-infrared (Expected 2026).

  • Emmanuel Bourgon, Semiconductor lasers n a high-quality factor cavity through hybrid integration (Expected 2026).

  • Alberto Breton, Adaptive optics for wireless optical telecommunications through fog and clouds (Expected 2026).

  • Zhangdi Chen, Integrated Mach-Zehnder Modulators on InP for Applications in 800Gb/s Data Center, (Expected 2026).

  • Sara Zaminga, Modelling of quantum cascade lasers, chaos communications in the mid infrarred (Expected 2025).

  • Di Cui, Novel plasmonic sources for integrated optical communications (Expected 2025).

  • Thibaut Renaud, Frequency combs and quantum dot lasers (Expected 2024).

  • Shihao Ding, Mode-locking of quantum dots lasers, Narrow line optical sources (Expected 2024).

  • Shirley Prado De La Cruz, High-speed transmitters based on integrated photonic circuits for next generations of optical access networks (Expected 2024).



    People from the group interacting with Prof. John Bowers from UC Santa Barbara, USA

    • Former Visiting Professors and Research Scholars

  • Professor M. Osinski, The University of New-Mexico, USA.

  • Dr. T. Newell, Air Force Research Laboratory, USA.

  • Dr. K. Schires, Nonlinear dynamics, rogue waves, & silicon optoelectronics.

  • Dr. J. Duan, now at Harbin Institute of Technology, Quantum dot lasers, silicon photonics.

  • Dr. C. Wang, now at ShanghaiTech University, Quantum dot lasers.

  • Dr. O. Spitz, now at CREOL at University of Central Florida, Quantum cascade lasers.

  • Dr. R. Raghunathan, now at VirginiaTech, Quantum dots, mode-locked lasers & nonlinear dynamics.

    Completed PhDs (13)

  • Shiyuan Zhao, Noise, dynamics and squeezed light in quantum dot and interband cascade lasers (Winter 2023).

  • Pierre Didier, Novel mid-infrared quantum cascade devices for applications in free-space optics, data security and microwave photonics (Fall 2023).

  • Jannik Ehlert, Optoelectronic characterization and modeling of external cavity semiconductor diode lasers for metrological applications (Spring 2022).

  • Bozhang Dong, Quantum-dot lasers on silicon: nonlinear properties, dynamics and applications (Winter 2021).

  • Sandra Gomez, Effects of Dynamics and optical feedback on hybrid III-V/Silicon semiconductor lasers (Spring 2020).

  • Olivier Spitz, Highly coherent quantum cascade lasers for mid-infrared applications (Winter 2019).

  • Jianan Duan, Dynamic and nonlinear properties of quantum dot lasers for photonic integrated circuits on silicon (Fall 2019).

  • Antonin Gallet, Hybrid III-V silicon lasers for optical communications (Spring 2019).

  • Jean-Maxime Sarraute, Directly modulated optical transmitters for short-distance high-speed optical links (Spring 2018).

  • Heming Huang, Optical nonlinearities in quantum dot lasers for high-speed communications (Spring 2017).

  • Louise Jumpertz, Nonlinear photonics in quantum cascade lasers (Fall 2016).

  • Cheng Wang, Dynamical properties of nanostructure semiconductor lasers for optical communications (Spring 2015).

  • Kiril Veselinov, Simulation of the optoelectronic properties of components based on quantum dots (Summer 2007).


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