OPERA - Teaching activities

Ecole polytechnique de Bruxelles

Ecole polytechnique de Bruxelles

• Laser physics
• Photonic communication systems
• Statistical physics and plasma physics
• Méthodes d'investigations physiques et chimiques appliquées au patrimoine mobilier
• Nonlinear optics

Faculté de Sciences

• Quantum optics

• 2024-2025, Alice Houard, Characterization of Optomechanical Microphones and Experimental Study of Their Self-Oscillation Regime
• 2024-2025, Dybril Nahoussi, Towards integrated active cavity solitons with semiconductor amplifiers
• 2024-2025, Erik BAECKE, Development of a Mesospheric Temperature Profile Retrieval Algorithm for Satellite Observations (Collaboration Institut Royal d’aéronomie spatiale de Belgique - IASB)
• 2024-2025, Brieuc VALENTIN, Exploring the potential of Budé’s method with NGSolve: implementation and application of the 1D wave equation for ICRH (Collaboration Département de physique – LPP-ERM/KMS)
• 2024-2025, Nlandu Lebeau, Measuring the diurnal cycle of the urban NO2 pollution by direct solar/lunar photometry- can we add a direct Sun/Moon implementation to the NO2 camera ? (Coll. Instit. Royal d’aéronomie spatiale de Belgique - IASB)
• 2023-2024, Abdussamed Demirel, Optimization of the Phase shifting deflectometry (PSD) technique applied to the measurement of ophthalmic lenses (Coll, Automation & Robotics SA)
• 2022-2023, Loïc Van Bellinghen, Mitigation of Brillouin effects for cavity solitons in fibre Kerr resonators
• 2021-2022, Nil TOURNAY, Modelling of near-antenna plasma-wave interaction (Collaboration Département de physique – LPP-ERM/KMS
• 2021-2022, Virginie Serré, Design and implementation of an optical system to power implantable neurostimulators (Coll, BEAMS-ULB)
• 2020-2021, Corentin Simon, Coupled active cavities for all-fiber optical frequency comb generation
• 2019-2020, Mathieu Kitenge Ngoie, Optical recording of neural activity using birefringence: modeling and experimental study (Coll, BEAMS-ULB)
• 2019-2020, Design and implementation of stimulation setup for photonic generated neural action potential (coll, BEAMS-ULB)
• 2018-2019, Emmanuel Gottlob, Nonlinear dynamics in dual fiber ring cavities: numerical and experimental study
• 2018-2019, Casimir Fayt, High resolution spontaneous Raman and Brillouin spectroscopy, conception of a VIPA-grating spectrometer
• 2017-2018, Nicolas Englebert, Étude numérique et expérimentale de la conversion de fréquence dans un résonateur fibré à non-linéarité quadratique 
• 2017-2018,Vincent MAQUET, Study of the losses of a traveling-wave antenna used for the plasma heating of a thermonuclear reactor (Collaboration Département de physique – LPP-ERM/KMS)

• 2026, David Timothé, Bragg gratings for tailoring four-wave mixing processes in waveguides
• 2025, Brahim Baydi, Dynamique d’une cavité doublement résonante contenant des non-linéarités quadratique et cubique
• 2025, Vande Perre Louis, Ex vivo infrared neural stimulation
• 2023, Yelo Sarrion Jesus, Nonlinear Dynamics in driven-dissipative photonic dimers
• 2022, Maquet Vincent, Development and applications of an ICRH antenna design & performance analysis tool accounting for the edge plasma. Comparison of an in-port and travelling wave array solution for fusion reactors (cotutelle Département de physique - LPP-ERM/KMS)
• 2022, Englebert Nicolas, Temporal solitons in coherently driven active cavities
• 2022, Cury Joaquin, Design, implementation and validation of an optoelectronic stimulating and sensing method for implanted device
• 2021, Poulvellarie Nicolas, Second harmonic generation in III-V integrated structures