Conference Agenda

Overview and details of the sessions of this conference. Please select a date or location to show only sessions at that day or location. Please select a single session for detailed view (with abstracts and downloads if available).

 
 
Session Overview
Session
INDUS: Session industrielle
Time:
Wednesday, 03/July/2024:
11:25am - 12:40pm

Session Chair: Thomas GODIN
Session Chair: Mathieu LAROCHE
Location: Le Grand Amphithéâtre


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Presentations
11:25am - 11:44am

DEVELOPPEMENT D’UN MICRO-ENDOSCOPE NON-LINEAIRE MOBILE UTILISANT UNE FIBRE CREUSE

D. SEPTIER

Lightcore Technologies, France

Nous présentons un endoscope multimodal entièrement intégré utilisant une fibre creuse à double gaine. Il permet de réaliser une imagerie de fluorescence par excitation à 2 ou 3 photons, génération de second et troisième harmonique et diffusion Raman anti-Stokes.



11:44am - 12:03pm

HCPCF: FROM A DISRUPTIVE SCIENCE AND TECHNOLOGY TO A KEY ENABLING TECHNOLOGY FOR A MULTI-SECTORIAL MARKET

F. BENABID

Glophotonics, France

We will review the history and the salient features of hollow core photonic crystal fibre that make it an outstanding platform for the science of photonics, a serious contender for next generation optical fibre, and a key enabling technology in the fields of photonics and quantum technologies.



12:03pm - 12:22pm

POLARIZATION STATE MAPS MEASUREMENT OF OPTICAL COMPONENTS USING A FOURIER OPTIC BASED CONOSCOPE

M. LUET

ELDIM, France

Polarization states out of SiO2 waveplates and LYOT depolarizers are measured using a Fourier angular system. We show that the measurements perfectly match the theory of birefringence at any incident angle. The equipment can furthermore be used to obtained a cartography of the polarization states out of VR optical systems.



12:22pm - 12:40pm

SOURCES LASER DE FORTE PUISSANCE ET À BAS BRUIT POUR LES APPLICATIONS SCIENTIFIQUES ET INDUSTRIELLES

G. GUIRAUD

TOPTICA PHOTONICS, France

Le but de cet article est de présenter le développement de sources lasers très fines spectralement, à bas bruit d’intensité et de forte puissance de sortie pour les applications scientifiques et industrielles. Ces sources laser répondent à un cahier des charges précis à savoir.



 
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