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Attosecond and XUV Physics

All speakers at the summer school are asked to provide a book chapter covering their topic to create an up-to-date textbook and standard reference to the field.

Aim of the book

The aim of the book is to provide fundamental knowledge in the fields of attosecond science and free electron lasers, based on the insight that the further development of both disciplines can benefit a lot from mutual exposure and interaction between the two communities. The book will cover all technological aspects involved in the production and characterization of attosecond and FEL light pulses, as well as the theoretical and experimental aspects of related light-matter interactions. Modern attosecond and FEL experiments extend our scientific reach into a poorly investigated frequency and time domain and offer a fundamentally new approach to observe the behavior of matter on the nanoscale.

The book is aimed at graduate and postgraduate students and shall support the scientific training of early stage researchers in the emerging research field. It will allow young researchers to develop a wide range of scientific skills in order to accelerate the development of spectroscopic techniques and their implementation in scientific experiments.

Chapters

    Basic introduction to laser systems and ultrafast amplifiers

Uwe Morgner (Hannover University)  

    Carrier envelope phase stabilization

Vincent Crozatier (Fastlite)

    Pulse characterization from IR to XUV

Adam Wyatt (Oxford University)  

    Free electron lasers -- cancelled

Christian Bressler (European XFEL, Hamburg)   

    High harmonic generation and attosecond pulse production

Anne L'Huillier (Lund University)  

    High harmonic generation from surfaces -- cancelled 

George Tsakiris (MPQ München)  

    Tabletop X-ray sources

Philippe Zeitoun (LOA, Paris)  

    Electron recollision and high harmonic spectroscopy

Olga Smirnova (Max Born Institute Berlin)   

    Semiclassical methods of strong field interactions

Misha Ivanov (Imperial College, London)     

    Time dependent Schrödinger equation

Armin Scrinzi (LMU Munich)   

    Attosecond science with atoms

Giuseppe Sansone (CNR Milano) 

    Attosecond science with molecules

Franck Lepine (Lyon University)  

    Attosecond science with surfaces -- cancelled 

Reinhard Kienberger (TU München)  

    Plasmonics

Matthias Kling  (MPQ München),
Mark Stockman (Georgia State University)  

    Auger processes -- cancelled 

Vitaly Averbukh (Imperial College, London)   

    Angular distributions in molecular photoionization

Robert Lucchese (Texas A&M University)
Danielle Dowek (LCAM, Orsay)  

  Coherent diffractive imaging

Willem Boutu (CEA, Saclay)  

    Strong-field interactions at long wavelenghts

Louis F. DiMauro et al.  

  Strong field interaction at XUV/x-ray wavelengths 

Artem Rudenko (MPIK, Heidelberg)  

  XFEL Experiments

Linda Young (Argonne National Laboratory)  

   HHG: Towards the water window and beyond -- cancelled
Senior Scientist, Margaret Murnane Lab

Creation Process

We ask all speakers to write an illustrated 30-50 page contribution covering their summer school topic on the graduate level. Please contact authors with related topics to ensure a good thematic coverage without unnecessary duplications. Each chapter will be thoroughly reviewed by a network partner or an external referee to guarantee highest scientific and linguistic standards and good topicality. If you want to propose a particular partner for the review of your chapter, please let us know. With support of the publisher Wiley, the editors will then distill the chapters into a cohesive textbook with an expected publishing date early in 2012. 
Wiley will supply a Scholar One website for the chapter submission process and offers a MS Word and a Latex template.

Style and Templates

Vera Palmer supplied a one-page guide to help you prepare your chapter according to the Wiley guidelines. If you require more information, please refer to the more extensive Wiley style guide. Wiley offers a template for MS-Word and Latex. I pasted some content into their latex template to check its function here (simple text body) and here (including chapter structure and sample references). 

If you need any help, please don't hesitate to contact me.   

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