82 lines
4.1 KiB
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82 lines
4.1 KiB
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Contributors
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MsSpec has benefited from the help of many people. Its core results from the long-term
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collaboration of D. Sébilleau (Université de Rennes-1, France) with C. R. Natoli (LNFINFN,
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Italy). More specifically, cluster gen.f and the various versions of spec.f have been
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written by D. Sébilleau1 while phagen scf.f is due to C. R. Natoli. Other contributions have
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been made possible through several joint CNRS/Chinese Academy of Sciences projects with Z.-
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Y. Wu's group at the Beijing Synchrotron Radiation Facility and at the National Synchrotron
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Radiation Laboratory in Hefei (China). MsSpec has also benefited from the post-doctoral grant
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awarded to K. Hatada by the Région Bretagne, and from the four year LighTnet European
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network. Currently, MsSpec is part of the FP7-funded European network MSNano and of the
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COST-funded European action EUSpec.
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The other contributors are:
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* D. Agliz (Université Ibnou-Zohr, Agadir, Morocco): contribution to the
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implementation of the Rehr-Albers method
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* M. Gavaza (City University, Hong Kong): symmetrized form of the multiple
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scattering series
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* F. Da Pieve (Università di Roma 3): implementation of the Auger case into
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phagen scf.f and contribution to the implementation of the APECS cross-section
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* K. Hatada (LNF-INFN, Italy): help to write up the makefile that generates the
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spec.f code and implementation of the parallel version. Implementation of the
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non muffin-tin routines into phagen scf.f and into spec.f.
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* H.F. Zhao (BSRF, Beijing, China and Université de Rennes-1, France): correlation
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expansion.
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* J.-Y. Wang (BSRF, Beijing, China): Graphical User Interface.
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* E.-R. Li (BSRF, Beijing, China): Graphical User Interface.
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* L. Frein (Université de Rennes-1, France): artwork for the Graphical User
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Interface.
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* A. Carré (Université de Rennes-1, France):
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previous Website
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* P. Le Meur (Université de Rennes-1, France):
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Python interface
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* S. Tricot (Université de Rennes-1, France): Python interface, website,
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online tutorials and documentation
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* P. Schieffer (Université de Rennes-1, France): XPD related
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improvements
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The package has also benefited from many users and colleagues who pointed out bugs or
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suggested improvements or new features. Among them, S. Ababou-Girard, B. Lépine, Y. Lu,
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T. Jaouen and P. Schieffer (Université de Rennes-1, France), F. Scheurer (Université Louis
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Pasteur, Strasbourg, France), P. Wetzel (Université de Haute-Alsace, Mulhouse, France), R.
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Belkhou (SOLEIL, France), M. Zanouni (Université de Tanger, Maroc), A. Souissi (Université
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de Bizerte, Tunisie), R. Gunnella (Università di Camerino, Italy) and J. Osterwalder (Université
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de Zürich, Switzerland).
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The empty sphere features have been tested with the help of K. Kuroda and S. Tadano
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(Chiba university, Japan).
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Work on the next version (version 2.0) is currently under development by:
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* D. Sébilleau (Université de Rennes-1, France):
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lead development
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* C. R. Natoli (LNF-INFN, Italy): new features in phagen scf.f (scalar-relativistic, impact
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parameter representation, EELS and (e,2e) radial integrals, ...) and interface with
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VASP electronic structure code
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* K. Hatada (Université de Rennes-1, France): BEEM spectroscopy, interface with VASP
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electronic structure code
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* H.-F. Zhao (BSRF, Beijing, China): REXS
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spectroscopy
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* J.-Q. Xu (NSRL, Hefei, China): EELS spectroscopy, interface with VASP electronic
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structure code
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* W.-S. Chu (NSRL, Hefei, China): portage to Windows operating system
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(through Cygwin)
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* R. Choubisa (BITS, Pilani, India): (e,2e)
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spectroscopy
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* P. Krüger (Chiba university, Japan): interface with VASP electronic
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structure code
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* A. Calvez (Université de Rennes-1, France):
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optimization loop
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* T. Balège and L. Strafella (Université de Rennes-1, France):
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portage to Fortran 90
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* S. Tricot (Université de Rennes-1, France): Python interface, website, online
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tutorials and documentation, graphical user interface
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* P. Schieffer (Université de Rennes-1, France): XPD related
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improvements
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* G. Raffy ( Université de Rennes-1, France): Graphical user
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interface
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