On wednesday the 11th of october, Julien went to Brussels in Covent Garden to defend his ERC consolidator proposal APOFIS.
Final decision in December. Let's cross our fingers!
A new publication with the University of Auckland is now online in Optica and reports on the universal mechanism through which temporal CSs can form robust long-range bound states.
A new grant for julien from the French agency of research (ANR)
117 k€ to start his new activities on spatial multiplexing.
A new book is out:
"Shaping Light in Nonlinear Optical Fibers"
This book is edited by C. Finot and S. Boscolo
ISBN: 978-1-119-08812-7, Wiley.
PETAL provided the chapter 8.
J. Fatome and M. Guasoni
"Self-Organization of Polarization State in Optical Fibers"
Julien is currently visiting the University of Auckland to work on cavity solitons and associated polarization phenomena.
PETAL gets the cover of the Feb. issue of Nature Photonics with the article on polarization domain walls
Our last results dealing with the experimental observation of polarization domain walls in optical fibers have been just published in Nature Photonics.
We have just published our last results dealing with the sampling and amplification process of an arbitrary shaped signal through XPM in Optics Express.
The PETAL team has given 5 talks during its southern hemisphere tour: 1 invited in Auckland and 4 during the Nonlinear Photonics conference in Sydney, including 2 postdeadline papers. Great job.
Great news for the PETAL team, 2 posdeadline papers accepted in Nonlinear Photonics which will be held in Sydney in 2 weeks.
For the first time, Ballistic shock waves and Polarization domain walls will be presented.
Julien was just invited to be member of the next 2017 CLEO US conference committee. The conference will be held in San Jose (CA) in May 2017.
Three oral contributions have been accepted in Nonlinear Photonics Conference taking place in Sydney next September.
- Polarization Domain Walls in a fiber resonator (numerics).
- XPM-based intensity magnifier
- Observation of bound states of temporal cavity solitons observed in a passive fiber ring resonator with Auckland
See U there