San jose convention center
See you in CLEO US
2 June 2016

Don't miss our presentations in CLEO US next week in San Jose (CA)
Poster JTu5A.120 on Tuesday
Paper STh4O.4 on Thursday
Paper FF2A.6 on Friday with Auckland

APOFIS
The APOFIS project goes to Brussels
24 May 2016

The ERC proposal APOFIS has sucessfully passed step 1. Julien will attend the interview with the evaluation panel in Bussels in next September. Let's cross fingers!

The crew
Postdoc positions are available in the group
18 May 2016

Two postdoc positions are open in the PETAL team in nonlinear fiber optics.
Contact us if interested with your CV before june.

CVs
2 postdoc positions available now
4 May 2016

Two postdoc positions are open in the PETAL team in nonlinear fiber optics.
Contact us if interested with your CV.
Apply asap, first CVs already arrived...

We want you
A postdoc position is available now
14 April 2016

A postdoc position is open in the group to work on the miniaturization of the Omnipolarizer and generalize this concept to spatial mode multiplexing applications.
Contact us if interested with your CV.

CLEO US
3 papers in CLEO US
30 March 2016

PETAL gets 2 accepted papers in CLEO US, San Jose (CA) in next june.
"40-GHz Pulse Source Based on XPM-Induced Focusing in Normally Dispersive Optical Fiber" for an oral presentation. Javier will give the talk.
"Amplification Technique Based on XPM-Induced Focusing in Normally Dispersive Optical Fibers" for a poster presentation.
Julien has also one paper with the University of Auckland.
"Real Time Observations of Soliton Bound States, with Multiple Binding Mechanisms, in Passive Nonlinear Cavities"

Evolution of the temporal intensity profiles of orthogonally polarized pump and signal waves as a function of propagation distance
Our new Optics Letters is available online
8 March 2016

This new publication is entitled "40-GHz pulse source based on XPM-induced focusing in normally dispersive optical fibers"
by J. Nuño, M. Gilles, M. Guasoni, B. Kibler, C. Finot & J. Fatome
In this contribution, we theoretically and experimentally investigate the design of a high-repetition rate source delivering well-separated optical pulses due to the nonlinear compression of a dual-frequency beat signal within a cavity-less normally dispersive fiber-based setup.

Eye-diagram of a 40-Gbit/s signal at the output of the Omnipolarizer
Invited publication in Optics and Laser Technology
1 March 2016

Our invited publication in Optics and Laser Technology is now available online.
Self-induced polarization tracking, tunneling effect and modal attraction in optical fiber by M. Guasoni, P. Morin, P.-Y. Bony, S. Wabnitz & J. Fatome
Here a short movie illustrating the tunneling effect in the Lab
http://www.dailymotion.com/video/x11gj2x_retour-vers-le-futur-1ere-parti...