Poster Contributions
For each poster presentation one poster wall will be available.
These poster walls have the following size (don't feel obliged to
really fill it):
Width: 97cm
Height: 250cm
Posters can be put up for the full duration of the workshop. Discussions during the breaks are encouraged.
| 1 | Donat Adams |
| Theoretical study of the pressure induced spin collapse in LuFeO3 orthoferrite | |
| 2 | Emmanuel Arras |
| Computational investigation of the atomic structure of Mn-rich nanocolumns : | |
| Comparison with possible GeMn ordered compounds | |
| 3 | Pio Baettig |
| Why are Garnets not Ferroelectric? - A Theoretical Investigation of Y3Fe5O12 | |
| 4 | Swarnali Bandopadhyay |
| Circulating currents in multichannel mesoscopic ring | |
| 5 | Cyrille Barreteau |
| Anisotropic Magneto Resistance in iron atomic contacts | |
| 6 | Lars Bergqvist |
| Codoping with Li interstitials in Mn-doped GaAs | |
| 7 | Orkidia Bilani-Zeneli |
| Strain-sensitive oxide films on piezoelectric substrates | |
| 8 | Karel Carva |
| Out-of-plane spin-transfer torques and spin-mixing conductances: first principles study | |
| 9 | Stanislav Chadov |
| LSDA+DMFT study of locally correlated heusler compounds | |
| 10 | Sudip Chakraborty|
| Ab-initio study of oxygen encapsulated manganese doped silicon quantum dots | |
| 11 | Francesco Cricchio |
| Magnetism in strongly correlated actinides compounds | |
| 12 | S. N. Dolia |
| Magnetism in spintronics materials Zn1-xMnxO | |
| 13 | Manuel dos Santos Dias |
| A simple model for the magnetic structure of nanoclusters near a surface | |
| 14 | Vaclav Drchal |
| TB-LMTO method for embedded clusters | |
| 15 | Engin Durgun |
| Spintronic properties of silicon nanowires and graphene nanoribbons functionalized | |
| with transition metal atoms | |
| 16 | Dmitry Fedorov |
| Relativistic treatment of the spin relaxation time in nonmagnetic metals | |
| 17 | Jonas Fransson |
| Detection of spin reversal and nutations through current measurements | |
| 18 | Daniel Fritsch |
| Magnetic anisotropy of homonuclear transition metal dimers | |
| 19 | Martin Gmitra |
| First-principles calculations of spin-orbit coupling effects in Fe/GaAs interfaces | |
| 20 | Oscar Granas |
| Spin and orbital polarizations in correlated systems | |
| 21 | Martina Hentschel / Grigory Tkachov |
| Quantum spin Hall effect in graphene | |
| 22 | Mighfar Imam |
| Strain-Stabilised magnetic surface alloys | |
| 23 | Daungruthai Jarukanont |
| Spin-polarized current through organic molecules | |
| 24 | Muthukumar Kaliappan |
| Density Functional Theory Prediction of the Different Binding Sites For Ce in C78, C80 | |
| and C82 Cages - Insights Through Electronic Structure | |
| 25 | Hiroshi Katayama-Yoshida |
| Colossal thermoelectric cooling power by adiabatic spin entropy expansion in nano | |
| superstructures | |
| 26 | Sergeii Khmelvskyi |
| Temperature induced Longintuginal Spin Fluctuations in Fe and Ni: | |
| First-principle approach | |
| 27 | Angela Klautau |
| Magnetism of 3d nanostructures on Pt(111): A first principles study | |
| 28 | Roman Kovacik |
| Construction of model Hamiltonians for complex oxides using maximally localized Wannier | |
| functions | |
| 29 | Mukul Laad |
| Quantitative description of half-metals: An LDA+DMFT perspective | |
| 30 | Samir Lounis |
| Playing dominos with finite magnetic wires | |
| 31 | Frantisek Máca |
| Magnetism without magnetic impurities in oxides ZrO2 and TiO2 | |
| 32 | Alessio Meyer |
| Ab initio periodic simulation of the magnetic structure of garnets | |
| 33 | S.Hossein Mirhosseini |
| Electron correlations effects on interface and surface properties | |
| 34 | Natalia Ostrovskaya |
| Numerical simulation of current-driven torque dynamics in three-layered magnetic structures | |
| 35 | Martin Rohrmüller |
| Ab initio g-tensor calculation for paramagnetic surface states in µc-Si:H-based solar cells | |
| 36 | Andrea Salguero |
| Orbital order in Mn2V2O4 | |
| 37 | Leonid Sandratskii |
| Thermal magnetic properties of the Ni sublattice in half-metallic NiMnSb | |
| 38 | Lakshmi Sankaran |
| Spin transport in graphene nano-ribbons | |
| 39 | Ersoy Sasioglu |
| Spin-wave dynamics from many-body perturbation theory using Wannier functions | |
| 40 | Haldun Sevincli |
| Electronic and Magnetic Properties of TM-Atom Adsorbed Graphene and Graphene | |
| Nano-Ribbons | |
| 41 | Mahavir Sharma |
| Magnetic and electrical transport properties of Ce substituted perovskite oxides La1-xCexMnO3 | |
| 42 | Nirpendra Singh |
| Collinear and non-collinear Magnetism in Samarium orthoferrites | |
| 43 | Ivetta Slipukhina |
| Ab initio study of the electronic and magnetic properties of Mn5Ge3Cx compounds | |
| 44 | Rudolf Sykora |
| Influence of spin-orbit interaction on ballistic conductances in magnetic | |
| multilayers | |
| 45 | Zdzislawa Szotek |
| Application of SIC-LSD to novel functional materials | |
| 46 | Laszlo Szunyogh |
| Domain wall formation and spin-wave spectra in ultrathin magnetic films: Fe monolayer on W(110) | |
| 47 | Grigory Tkachov |
| Spin-polarized tunneling through randomly transparent magnetic junctions: Reentrant | |
| magnetoresistance approaching the Julliere limit | |
| 48 | Yoshitaka Uratani |
| Magnetic anisotropic properties in multiferroic PbVO3 and BiCoO3 from first-principles | |
| 49 | Oleg Yazyev |
| Structure, magnetic properties and spin transport of magnetoresistive junctions | |
| based on epitaxial graphene and h-BN |
For further information please e-mail to: ccms08@mpipks-dresden.mpg.de
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