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Erice School-Workshop “Trends in Free Electron Laser Physics”
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Europe/Rome
<a target="_blank" href=http://www.ccsem.infn.it/>Ettore Majorana Foundation and Centre for Scientific Culture </a>
<a target="_blank" href=http://www.ccsem.infn.it/>Ettore Majorana Foundation and Centre for Scientific Culture </a>
Erice, Sicily, Italy
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Description
A very remarkable advance in Free Electron Laser (FEL) Physics has been recently achieved at the Stanford Linear Accelerator Center (SLAC). In the Linear Coherent Light Source (LCLS) at SLAC, it has been demonstrated for the first time the possibility of producing very intense FEL at 1 Angstrom exploiting the Self Amplified Spontaneous Emission (SASE) mechanism.
The successful operation of LCLS as user facility has also raised the demands for better radiation quality (higher photons coherence) and more compact device (meters scale) as the one required for medical application and research activities in University laboratories.
A number of possible solutions to improve FEL temporal coherence have been recently proposed, for example Single Spike mode, Seeding or Self Seeding mechanisms, Quantum FEL scheme, etc. Promising ideas for compactness are also envisaged but still a convenient solution has not been proven. A lot of interest is now devoted also in the spectral region of gamma rays, photon energy up to now accessible only by Compton radiation sources. A recently proposed quantum theory of FEL, to which increasing attention is given in the literature, appears to pave the way also for a compact sub-Angstrom coherent FEL device. Possible experiment to test this theory will be also discussed.
The School/Workshop will be organized in order to have introductory lectures on basic FEL topics in the morning sessions and invited and contributed talks on advanced FEL physics in the afternoon sessions. A poster session will be also organized.
The list of addressed topics is as following:The School/Workshop will be organized in order to have introductory lectures on basic FEL topics in the morning sessions and invited and contributed talks on advanced FEL physics in the afternoon sessions. A poster session will be also organized.
- Generation of ultra-cold electron beams
- Quantum aspects of beam physics
- Quantum and classical FEL theory
- Collective effects in Bose-Einstein condensate
- Transverse and longitudal FEL coherence
- Compact Undulators (Magnetic, Optical and RF)
- Advanced gamma-rays Compton and FEL sources
Scientific Advisory Committee: F. Ferroni – chair (INFN-President), R. Assmann (DESY), F. Catalioti (LENS), R. Galvao (Uni S. Paolo), L. Giannessi (ENEA-ST ), Z. Huang (SLAC), V. Malka (LOA), S. Milton (Colorado State Uni.), F. Parmigiani (Uni. Trieste), S. Reiche (PSI), J. B. Rosenzweig (UCLA), C. Vaccarezza (INFN-LNF), A. Variola (INFN-LNF), M. Yabashi (SPRING_8), A. Zigler (HUJI - INFN).
Organizing Committee:
W. Barletta, R. Bonifacio, F. Casarin, H. Fares, M. Ferrario, F. Ruggiu.
Participants
Alberto Marocchino
Alessandro Curcio
Alexander Pukhov
Andrea Renato Rossi
Arie Zigler
Arya Fallahi
Brigitte CROS
Bryant Garcia
Camilla Curatolo
Cristina Vaccarezza
Danilo Giulietti
Dennis Martinez-Galarce
Enrico Allaria
Erik Hemsing
Fabrizio Giuseppe Bisesto
Francesca Casarin Calenda
Francesco Cataliotti
Francesco Massimo
Franz Kaertner
Hesham Fares
James Benjamin Rosenzweig
James MacArthur
Jim Clarke
Jorge Vieira
Joshua McNeur
Juergen Boeker
Lawrence Campbell
Luca Serafini
Marco Marongiu
Marie-Emmanuelle Couprie
Massimo Ferrario
Mei Bai
Michele Croia
Nicola Piovella
Olena Svystun
Petr Anisimov
Riccardo Pompili
Rodolfo Bonifacio
Ryan Lindberg
Sandra Biedron
Serge Kalmykov
Stefan Karsch
Stefano Romeo
Sultan Dabagov
Valentina Martinelli
YUANTAO DING
Zhirong Huang
Ángel Ferran Pousa
