NanoMIR

PEOPLE

Permanent staff

  • Dr Richard ARINERO
    • Maître de Conférences HDR
    • Phone: +33-467.14.32.98
    • email
  • Dr Michaël BAHRIZ
    • Maître de Conférences
    • Phone: +33-467.14.38.25
    • email
  • Dr Alexei BARANOV
    • Directeur de recherche CNRS (Emeritus)
    • Phone: +33-467.14.34.72
    • email
  • Dr Laurent CERUTTI
    • Maître de Conférences HDR
    • Phone: +33-467.14.32.81
    • email
  • Prof Philippe CHRISTOL
    • Professeur
    • Phone: +33-467.14.38.26
    • email
  • Dr Fernando GONZALEZ-POSADA
    • Maître de Conférences HDR
    • Phone: +33-467.14.32.86
    • email
  • Mme Delphine JOURDAIN
    • Assistant-Ingénieure
    • Phone: +33-467.14.32.82
    • email
  • Mme Ariane MEGUEKAM-SADO
    • Ingénieure d’Etudes
    • Phone: +33-467.14.xx.xx
    • email
  • Dr Jean-Philippe PEREZ
    • Maître de Conférences HDR
    • Phone: +33-467.14.38.22
    • email
  • Dr Jean-Baptiste RODRIGUEZ
    • Directeur de recherche CNRS
    • Phone: +33-467.14.32.81
    • email
  • Dr Yves ROUILLARD
    • Maître de Conférences HDR
    • Phone: +33-467.14.39.03
    • email
  • Prof Thierry TALIERCIO
    • Professeur
    • Phone: +33-467.14.34.71
    • email
  • Prof Eric TOURNIE
    • Professeur
    • Phone: +33-467.14.32.80
    • email
  • Prof Aurore VICET
    • Professeure
    • Phone: +33-467.14.39.04
    • email

Post docs and PhD students

  • Fadia ABOU NAOUM, Development of photoacoustic sensors to assess pollutant environment and exhaled breath pollutant exposure (C6H6, H2CO, CO)  (2024 – 2028).
  • Lydia KACEL, Single mode interband cascade lasers for gas sensing, in collaboration with MIRSENSE (2024 – 2027).
  • Sow GALLO, Molecular beam epitaxy of ferromagnetic GaSb-based materials for quantum technologies (2024 – 2027).
  • Sébastien LACAZE, Integration of III-V semiconductor lasers on SiGe platforms for comb generation (2024 – 2027).
  • Sirine BOULOS, Co-integration of GaSb-optoelectronic devices grown on Si with chalcogenide photonic circuits (2024 – 2027).
  • Camélia LOURDIANE, III-V heterostructures grown on InP-on-Si templates: application to high bit rate devices, in collaboration with III-V Lab (2024 – 2027).
  • Julie GOUTORBE, High power interband cascade laser arrays (2024-2027).
  • Hassen MEZOUAR, Impact of radiations on T2SL infrared photodetectors (2023 – 2026).
  • Fanny PAGES, Integrated MEMS for photoacoustics (2023 – 2026).
  • Milan SILVESTRE, Integration of antimonide III-V semiconductors on Si and Ge based substrates (2023 – 2026).
  • Yannis BILLIET, Integration of interband cascade lasers for comb generation in the midinfrared (2023 – 2026).
  • Théo SABARDEIL, Molecular-beam epitaxy of InGaAsSb quaternary alloys, and application to infrared devices, in collaboration with III-V Lab (2022 – 2025).
  • Matthias TORNAY, New architectures of infrared T2SL photodetectors, in collaboration with LYNRED (2022 – 2025).
  • Soufiane HAJII, Fabrication of a THz modulator with photogenerated metasurfaces (2022 – 2025).
  • Maëva FAGOT, Antimonide interband cascade lasers grown on GaAs and Si substrates (2022 – 2025).
  • Julien CHARENSOL, Opto mechanical resonators for photoacoustic sensing (2021 – 2025).

Alumni

PhD students

Here, you will find the names, thesis title, graduation date, and last (known) employer of our alumni.

  • Salah BELEMQWANSSA, III-V topological heterostructures (2024): Laboratoire Charles Coulomb, U. Montpellier.
  • Audrey GILBERT, Crystal defect density reduction in III-V semiconductors epitaxially integrated on Si (001) (2024): Paul-Drude-Inst. Berlin.
  • Clément GUREGHIAN, naostructured photodetectors for the infrared (2024): Inst. Nanosciences de Paris (INSP).
  • Michele PAPARELLA, Hybrid III-V lasers on Silicon for gas sensing (2023): U. Southampton.
  • Bouzid SIMOZRAG, Technology of antimonide optoelectronic devices (2023): XFab.
  • Julien GUISE, Fabrication of a THZ modulator based on photogenerated metasurfaces (2023): Assistant-professor at U. Montpellier.
  • Jordan FORDYCE, Single-Mode interband cascade lasers for petrochemical process monitoring (2023): nanoplus GmbH.
  • Elena KNIAZEVA, Compact diode-laser based QEPAS for UAVs – DFB developments (2023): James Watt School of Engineering, Glasgow.
  • Andres REMIS, Integration of mid-IR lasers on silicon photonic integrated circuits (2023): III-V Lab/Thales-RT.
  • Maxime BOUSCHET, Ga-free T2SL photodetectorfor high temperature operation in the whole midinfrared (2023): JPL-NASA.
  • Diba AYACHE, Breath analysis and diagnosis by Quartz Enhanced Photoacoustic Spectroscopy (QEPAS) – Application to cardivascular diseases (2023): post-doc at IES, U. Montpellier.
  • Pierre FEHLEN, Detection of organophosphorous compounds by surface-enhanced IR absorption (2023): Assistant-professor at U. Poitiers.
  • Clara BATAILLON, Impact of radiations on the performance of T2SL photodetectors (2023): CEA-Irfu.
  • Melissa NAJEM, Design, fabrication, and characterization of a multimodal optical sensor (2022): CEA-Leti.
  • Wioletta TRZIPIL, Development of a new technique for photoacoustic gas sensing based on silicon microelectromechanical resonator (2021): Scintil Photonics.
  • Laura MONGE BARTOLOME, Towards mid-infrared semiconductor lasers on silicon photonic integrated circuits (2021): U. Valencia.
  • Clément MAES, Mid-IR active plasmonics with highly doped semiconductors (2020): Coralium.
  • Marta RIO-CALVO, Epitaxy of III-Sbs on on-axis (001) Si for integrated photonics (2020): OSRAM.
  • Roman ROUSSEAU, QEPAS sensor for air quality monitoring (2020): Inst. of Nanotechnologies Lyon (INL).
  • Daniel Andres DIAZ-THOMAS, Mid-IR interband cascade VCSELs (2020): III-V Lab/Thalès-RT.
  • Julie TOURNET, III-Sb solar cells and their integration on Silicon (2019): Assistant-professor at Australia National University.
  • Olivier DELORME, Incorporating bismuth into III-Sb semiconductors grown by molecular beam epitaxy (2019): III-V Lab/Nokia-Bell Labs.
  • Eduardo ALVEAR, Photogenerated metasurfaces for THz applications (2019): Valeo.
  • Rodolphe ALCHAAR, InAs/GaSb T2SL photodetectors for the LWIR (2019): Inst. Nanosciences de Paris (INSP).
  • Mario BOMERS, Functionalised semiconductor metamaterials and plasmonics for high sensitivity chemical and bio-sensing (2018): German Research Foundation.
  • Kaim CHAMASSI, Multi-species gas detector using photoacoustic measurement with capacitive effect (2018): independent consultant.
  • Fatima OMEIS, Theoretical and experimental study of plasmonic metamaterials for infrared applications (2017): ST Microelectronics.
  • Quentin DURLIN, XBn InAsSb photodetectors for high temperature operation (2017): CEA-Leti.
  • Franziska BAHRO, Engineering plasmonic resonators based on highly-doped semiconductors for absorption exaltation (2017): Schneider Optical Machines.
  • Sophie ROUX, Frequency conversion toward long wavelengths in periodically poled semiconductor waveguides (2016): Thales Alenia Space.
  • Andrea CASTELLANO, Sb-based telecom lasers: toward integration on Silicium (2016).
  • Marie DELMAS, Analysis of InAs/GaSb T2SL photodetectors (2015): IRNOVA
  • Karine MADIOMANANNA, Molecular-beam epitaxy of GaSb-based materials on Silicon substrates (2015): CORIAL.
  • Tong NGUYEN BA, Compact QEPAS system for ethylene sensing (2014): Associate-professor, U. Littoral-Côte d’Opale.
  • Quantin GAIMARD, DFB lasers for compact QEPAS systems (2014): Associate-professor, U. Sorbonne Paris-Nord.
  • Axel EVIRGEN, InSb photodetectors grown by molecular-beam epitaxy for high temperature operation (2014): III-V Lab/Thales-RT.
  • Johan ABAUTRET, Design, fabrication and characterization of InSb avalanche photodiodes (2014): MIRSENSE.
  • Rachid TAALAT, Fabrication and electro-optical characterization of InAs/GaSb photodetectors (2013): MBDA.
  • Vilianne N’TSAME GUILENGUI, Plasmonic resonators based on highly-doped InAsSb: toward an all-semiconductor plasmonics (2013): Delfmems.
  • Youness LAAROUSSI, Development of mid-infrared VCSELs with sub-wavelength grating mirors (2012): Arvida.
  • Dorian SANCHEZ, Mid-IR VCSELs (2012): InSpek.
  • Michaël CLAIROTTE, Study of pollutant gas emissions from heavy goods vehicles using Fourier transform spectrometry (2012): ISPRA European laboratory.
  • Souad MOUMDJI, Animonide based photonic crystals lasers for IR spectroscopy (2011): consultatnt.
  • Mohammed JAHJAH, Development of an innovative system for multi-gas absorption spectroscopy using tunable laser diodes in the mid-infrared range (2011): ENVEA.
  • Cyril CERVERA, The InAs/GaSb T2SL for infrared photodetectors (2011): CEA-Leti.

Post docs

Here, you will find the names, research topic, working period, and last (known) employer of our former post-docs.

  • Daniel Andres DIAZ-THOMAS, Technology of antimonide optoelectronic devices (01/2021 – 12/2024): III-V Lab/Thales-RT
  • Guilherme SOMBRIO, ELectrically Tunable Semiconductor Nanostructures for InfraRed (06/2021 – 06/2022): Smart Photonics.
  • Nicolas MAURIN, Development of a QEPAS sensor for exhaled air (2019-2020): OXXIUS.
  • Patricia LOREN, Exalted vibrational infrared absorption spectroscopy for the detection of molecules of biological interest (01/2019 – 06/2020): Inst. Physique de Nice, U. Côte d’Azur.
  • Erwan TERRIER, Development of a QEPAS detection demonstrator using IR LEDs. CH4 and CO2 measurements (2018-2019): ST Microelectronics.
  • Franziska BAHRO, Surface Enhanced Thermal Emission Spectroscopy (01/2017-06/2018): Schneider Optical Machines.
  • Bastien RAULT, Development of conditioner circuits for capacitive photoacoustic sensors (2016-2017): Computer Vision.
  • Maria MILLA, Localized surface plasmon resonance in highly doped semiconductors for infrared biosensing (06/2015 – 06/2017): Exail.
  • Meriam TRIKI, Design and production of gas detection systems using QEPAS spectroscopy (2013-2014): TERAKALIS.