The 2009 Edition in Sulmona : >Results
The 2010 Edition in
4-8 October : >Infos
- We move to UPPSALA .....More to come...
UPDATED : 08/31/2009
Full Potential Linear Muffin Tin Orbitals and the RSPt
Relativistic Spin Polarized test ( RSPt ) is an
Open Source project
and a code for ab-initio electronic structure calculations based on the
Full Potential Linear Muffin Tin Orbital (FPLMTO) method. It
is
implemented to be very flexible and stable to calculate total energy
and spectral properties of bulk/surface sp-bonded, as well as d- and
f-electron solids with quite large, complex unit cells.
Interface-ability with other simulation modules
as well as
implementations with highly performing theoretical tools, make the RSPt simulation
package open to appealing, substantial upgrades. The workshop is meant
to be a genuine forum of interacting experts-novices in order to
increase the efficiency and out-reach of the theoretical-numerical
apparatus by training of newcomers to the use of LMTO basis functions
and of RSPt
implementations. Discussions of recent developments at
theoretical and software level, presentation of outstanding results and
practical learning
The Sulmona Edition
The 2009 FPLMTO&RSPt Workshop - 4th annual edition- held in Sulmona (L'Aquila, Italy) has closed and we feel like writing down a few words to catch and trasmit the spirit of the past edition to next one in Uppsala. The 2009 Workshop took place in Sulmona, although originally announced to be in L'Aquila, because of the earthquake that let down the city on April 6th just a few weeks after the organization started in L'Aquila. Sulmona welcomed us very warmely and the participants tuned immediately up to the right mood, friendly and highly professional, as in the Workshop's previous editions. The Organizers wish to thank very much the precious collaboration of Per Anderson, Cristian Antonelli , Yukka Komminaho and Vincenzo Di Luzio for technical assistance in the optimization of the on-site local network at Palazzo Sardi and the connection to the Uppsala System (uppmax) where the RSPt code has been interactively used in the practical sessions. These tutorials have been very successful thanks to the personal commitment of Per Anderson , Patrick Thunstrom and Igor Di Marco . Finally, we wish to aknowledge the sponsorship of CECAM, ENEA, CNR-INFM and the hospitality of Comunità Montana Head Quarters at Palazzo Sardi.
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