190 people
36 CDD Post Doc
50 PhD students
Fresnel Institute
50
Internships /jobs offers by year
6 Technical Platforms
Electomagnetism Metamaterials
Signal processing
Image processing Random waves
Advanced imaging Biophotonics
Biomedical imaging Nanophotonics Plasmonics
Optical components Optical thin films
Laser damage and processing
Signal processing
Image processing Random waves
Advanced imaging Biophotonics
Biomedical imaging Nanophotonics Plasmonics
Optical components Optical thin films
Laser damage and processing
Welcome to Fresnel Institute
Institut Fresnel is located on the Etoile campus in Marseille. Our teams work on four fields: electromagnetism and metamaterials, nanophotonics and optical components, information processing and random waves and advanced imaging and life sciences.
PHD defense &
HDR
Last News
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Matthias Hofer, PhD
Matthias HOFER will defend his Ph.D. thesis entitled "Wavefront shaping for nonlinear imaging in scattering media" on Tuesday, 17th December (...)
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The (near) field of Pathogens
CpP The 80 project involves two CNRS institutes : INSB with the MDVA1 group from the IRIM2 in Montpellier INSIS with the CONCEPT and RCMO3 (...)
Séminars &
Diary
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Rafael PIESTUN, University Boulder Colorado, USA
"A look towards the future of computational optical microscopy"
18/12/2019 - Location : Salle Pierre Cotton -
1819 – 2019 : Bicentenaire de la Théorie Ondulatoire de la Lumière
Workshop Ondes le matin et Conférences Scolaires et Grand Public l’après-midi
21/01/2020 - Location : Grand Amphi et Salle de Conférence, Campus St Charles
Last tweets
Press review &
Publications
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The Times, Monday, June 17, 2019
Article "How rise of quake-proofing stopped fall of Roman Empire" by Mark Bridge, THE TIMES, Monday, June 17, 2019 Article paru dans le (...)
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Acoustic flat lensing using an indefinite medium
Acoustic metamaterials enhance the control of sound wave propagation thanks to specific effective properties (density and compressibility for (...)
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Article in"ScienceTrends"
Le sondage des comètes et des astéroïdes à l’aide d’ondes électromagnétiques permet d’accéder à leurs structures internes, ce qui est une source (...)
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On the scattering directionality of a dielectric particle dimer of High Refractive Index
Low-losses and directionality effects exhibited by High Refractive Index Dielectric particles make them attractive for applications where (...)
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ResearchGate
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