Oranizers and Scientific committee: Laurent Bigot, Marianne Bigot, Sébastien M. Popoff, Yves Quiquempois, Esben Ravn Andresen, and Pierre Sillard.

Scope

Understanding light propagation in guided media is crucial in many active research fields, ranging from imaging to telecommunications, including detection and quantum optics. This subject deserves thorough and coordinated investigation, involving numerous French researchers from thematic fields and sometimes very diverse applications, belonging to communities that do not always have the habit of communicating with each other. The objective of this workshop, organized within the framework of the ANR projects MUPHTA and NAIMA, is to bring together these different French groups to facilitate exchanges on common physical issues and to promote interdisciplinary collaboration.

Topics and Sessions

PoMM talks are divided in 4 topics corresponding to the different sessions organized (see le Planning):

• Spatial Division Multiplexing in MMFs and MCFs for Telecommunications
• Transmission Matrix and Mesoscopic Physics in MMFs
• Guided Nonlinear photonics
  
• Endoscopic Imaging

Posters and Student Presentation

Poster sessions are scheduled during the breaks. Feel free to bring your poster to present your work related to the topics covered in this workshop. When registering, please provide the title of your poster in the designated field. No abstract is required.

During the final session, a 20-minute slot is allocated for a student presentation, chosen from the topics of the posters submitted by participants who wish to present. Selection will be made by the organizing committee. If you wish to apply, please send a one-page abstract to pomm2024@sciencesconf.org before March 22nd.

Présentations

Opportinities and challenges of multicore fiber for high-capacity submarine network	Dr. Jean-Christophe Antona	Alcatel Submarine Networks
Fibres à peu de modes : Conception, Fabrication et Caractérisations	Dr. Marianne Bigot-Astruc	Draka Prysmian
L’utilisation actuelle de la fibre pour le FTTx et les perspectives d’évolutions	Dr. Philippe Chanclou	Orange Labs
Propagation and Control of Quantum States Through MMFs	Pr. Sylvain Gigan	Laboratoire Kastler Brossel
Recouvrement d'un modèle complexe de fibre multimodale par apprentissage machine pour le façonnage 3D de faisceaux cohérents	Dr. Vincent Kermene	XLIM
Nouveaux développements en optique non-linéaire dans les fibres multimodes	Dr. Bertrand Kibler	Laboratoire Interdisciplinaire Carnot de Bourgogne
Multi-core fiber interferometric imaging : Rank-one projections of image frequencies with speckle illuminations	Dr. Olivier Leblanc	Université catholique de Louvain
Exploiting the Memory Effect in Square Multimode Fibres for Imaging	Dr. Sylvain Mezil	Institut Langevin
Peignes de fréquences triples dans une fibre à cœurs multiples	Pr. Arnaud Mussot	PhLAM
Hydrodynamics of light in multimode optical fibres	Dr. Claire Michel	INPHYNI
Rotational Memory Effect in MMFs	Dr. Sébastien Popoff	Institut Langevin
Nonlinear endoscopy using specialty optical fibers	Dr. Hervé Rigneault	Institut Fresnel
Demixing fluorescence time traces transmitted by multimode fibers	Dr. Cathie Ventalon	Institut de Biologie de l'École Normale Supérieure

Image Credits

J. Potet et al., IEEE Photonics Technol. Lett. (2022), G. Le Cocq et al., Opt. Express (2012), C. Vaz Rimoli et al., arxiv (2023), M. Shpakovych et al., Photonics (2022)

Contacts

Contact the organizers at pomm2024@sciencesconf.org.