Nonlinear Guided Wave Optics - Stéphane Barland - Bruno Garbin - Massimo Giudici - François Gustave - Cristina Rimoldi - Giovanna Tissoni - Pierre Walkzak - Massimo Brambilla - Lorenzo Columbo - Christopher J. Gibson - Gian-Luca Oppo - Allison Yao - Franco Prati - Roberto José Rios-Leite - Jorge J. Tredicce - Cristina Masoller - Jordi Zamora-Munt - Fabio Baronio - Shihua Chen - Philippe Grelu - José Maria Soto Crespo - Maria Chiara Braidotti - Giulia Marcucci - Silvia Gentilini - Claudio Conti - Matteo Conforti - Gang Xu - Arnaud Mussot - Alexandre Kudlinski - Stefano Trillo - Miro Erkintalo - Neil G.R. Broderick - Antoine F.J. Runge - Robert I. Woodward - Edmund J. R. Kelleher - K. Nithyanandan - Said Hamdi - Aurélien Coillet - Katarzyna Krupa - Bertrand Kibler - Amin Chabchoub - Andrey Gelash - Nail Akhmediev - Vladimir E. Zakharov - Davide Pierangeli - Eugenio DelRe - Sergey V. Sergeyev - Hani Kbashi - Amos Martinez - Stanislav Kolpakov - Chenbo Mou - Adrian Ankiewicz - Gunter Steinmeyer - Ayhan Demircan

Nonlinear Guided Wave Optics

Stéphane Barland - Bruno Garbin - Massimo Giudici - François Gustave - Cristina Rimoldi - Giovanna Tissoni - Pierre Walkzak - Massimo Brambilla - Lorenzo Columbo - Christopher J. Gibson - Gian-Luca Oppo - Allison Yao - Franco Prati - Roberto José Rios-Leite - Jorge J. Tredicce - Cristina Masoller - Jordi Zamora-Munt - Fabio Baronio - Shihua Chen - Philippe Grelu - José Maria Soto Crespo - Maria Chiara Braidotti - Giulia Marcucci - Silvia Gentilini - Claudio Conti - Matteo Conforti - Gang Xu - Arnaud Mussot - Alexandre Kudlinski - Stefano Trillo - Miro Erkintalo - Neil G.R. Broderick - Antoine F.J. Runge - Robert I. Woodward - Edmund J. R. Kelleher - K. Nithyanandan - Said Hamdi - Aurélien Coillet - Katarzyna Krupa - Bertrand Kibler - Amin Chabchoub - Andrey Gelash - Nail Akhmediev - Vladimir E. Zakharov - Davide Pierangeli - Eugenio DelRe - Sergey V. Sergeyev - Hani Kbashi - Amos Martinez - Stanislav Kolpakov - Chenbo Mou - Adrian Ankiewicz - Gunter Steinmeyer - Ayhan Demircan
pubblicato da Institute of Physics Publishing

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Experiments and theory have rapidly progressed on nonlinear optical extreme waves, showing that guided wave nonlinear optics and fiber lasers provide a relatively simple, accessible and controllable test bed for the observations and accurate statistical studies of extreme wave phenomena that obey the same universal rules, which apply to a large ensemble of different physical systems. With introductory material to make the subject area accessible to non-specialists such as graduate and PhD students, and researchers working in other areas where extreme waves are relevant, this book features contributions by prominent scientists in this emerging field and is a comprehensive treatment of optical extreme wave research.