onal//EN"> Interdisciplinary Workshop - Progress in Nonequilibrium Green's Functions III, 22 - 26 August 2005, Kiel, Germany
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Progress in Nonequilibrium Green's Functions III

Interdisciplinary Workshop

22 - 26 August 2005, University Kiel, Germany
Physikzentrum, Kleiner Hörsaal


Scientific program (last change: August 21)


Sunday, August 21

Arrival
5.00-7.00 p.m.
  • Registration, Inst. Theoretical Physics and Astrophysics, Room 247 (2nd floor)
7.00 p.m.
  • Welcome Buffet (Physikzentrum, Hall in front of Kleiner Hoersaal)
Monday, August 22
8.30

Session I:

General concepts, Coulomb Systems

Chair: P. Danielewicz
  • Opening (M. Bonitz, U Kiel)
  • B. Velický, A. Kalvová, V. Špička (U Prague), Between Green's Functions and Transport Equations: Reconstruction Theorems and the Role of Initial Conditions (invited), Abstract
  • D. Kremp1, D. Semkat1, T. Bornath1, M. Bonitz2, M. Schlanges3, and P. Hilse3 (1 U Rostock, 2 CAU Kiel, 3 U Greifswald), Interaction of partially ionized plasmas with electromagnetic fields (invited) Abstract
10.20

Coffee Break
10.50

Chair:
D. Kremp
  • M. Bonitz (U Kiel), Theory of strongly correlated charged particles in traps (invited), Abstract
  • W.-D. Kraeft (U Greifswald), Coulomb clusters: Interacting particles in a trap (contributed), Abstract
  • V.V. Belyi1, Yu.A. Kukharenko2 (1IZMIRAN Troitsk/Moscow, 1UITP Moscow), Pair Correlation Function for Plasma with Polarization and Exchange Interaction (contributed), Abstract
12:30

Lunch
Optional Lab tour
2.00 p.m.
Session II:

Nuclear Matter

Chair:
J.Berges
  • J. Knoll (GSI Darmstadt), Dynamics of Resonance in Strongly Interacting Matter (invited), Abstract
  • P. Danielewicz (Michigan State Univ, East Lansing), Production of Light Clusters in Central Nuclear Reactions (invited), Abstract
  • S. Köhler (Univ of Arizona), Beyond the Quasi-Particle picture in Nuclear Matter calculations using Green's function techniques (contributed), Abstract
4.05 p.m.

Coffee Break
4.30 p.m.


Chair:
J. Knoll
  • P. Bozek (U Cracow), Spectral properties of strongly interacting fermion systems (invited), Abstract
  • A. Schwenk (Inidiana Univ), Renormalization Group Methods for Nuclear Many-Body Problems (invited), Abstract
  • J. Berges (U Heidelberg), Limitations of kinetic theory by solving Kadanoff-Baym equations (invited), Abstract
6.45-7.45 p.m.

Posters I
8.15 p.m.

Dinner (optional) at Holstein-Stadion
Tuesday, August 23
8.30
Session III:
Path integrals
Chair:
V. Filinov
  • H. Kleinert (FU Berlin), Path Integral of Charged Particle in Black Cavity (invited), Abstract
  • J. Shumway, M. Gilbert (Arizona State Univ), Path Integral Monte Carlo Simulations of Nanowires and Quantum Point Contacts (invited), Abstract
10.10

Coffee Break
10.40
Session IV:
Excitons

Chair:
H. Haug
  • Y. Lozovik (Inst Spectroscopy, Troitsk/Moscow), Strongly correlated phases in electron-hole systems in nanostructures (invited), Abstract
  • R. Zimmermann (Humboldt Univ Berlin), Towards Bose-Einstein Condensation in spatially indirect Exciton Systems (invited), Abstract
  • A. V. Filinov1,2, C. Riva3, F.M. Peeters3, Yu.E. Lozovik2, M. Bonitz1, A. Bracker4, D. Gammon4 (1U Kiel, 2U Troitsk, 3U Antwerpen, 4Naval Research Lab Washington), Excitonic states in quantum wells (contributed), Abstract
12.45

Lunch
Optional Lab tour
2.15 p.m.
Session V:
Semi-
conductors
Chair:
A.P. Jauho
  • M. Bonitz (U Kiel), In memoriam Wilfried Schäfer
  • H. Haug (U Frankfurt), Studies of the femtosecond build-up of mixed phonon-plasmon modes (invited), Abstract
  • F. Jahnke, P. Gartner, M. Lorke, T.R. Nielsen, J. Seebeck (U Bremen), Quantum kinetic effects in the optical properties of semiconductor quantum dots (invited), Abstract
3.55 p.m.

Coffee Break
4.25 p.m.
  • N. Horing (Stevens Tech), Nonequilibrium Green's Function Theory of Resonant Steady State Photoconduction in a Double Quantum Well FET subject to THz Radiation at Plasmon Frequency (invited), Abstract
  • M. J. Gilbert, R. Akis, D. Ferry (Arizona State Univ), Scattering in Quantum Simulations of Silicon Nanowire Transistors (invited), Abstract
  • V. Filinov (High energy density research center, Moscow),
    • Wigner function molecular dynamics approach to quantum transport (contributed),
6.30 p.m.

Posters II
8.00 p.m.

Dinner (optional) at Restaurant Forstbaumschule
Wednesday, August 24
8.30
Session VI:
Nanoscale Transport

Chair:
D. Ferry
  • J. R. Barker1, A. Anantram2, A. Asenov1, A. Martinez2, A. Svizhenko2 (1U Glasgow, 2NASA Research California), Green function study of quantum transport in ultra-small devices with embedded atomistic clusters (invited), Abstract
  • A. P. Jauho, T. Frederiksen, M. Brandbyge, M. Paulsson (TUniv Denmark, Lyngby), Modeling of inelastic effects in molecular electronics from first principles (invited), Abstract
10.10

Coffee Break
10.30
  • R. van Leeuwen, N. E. Dahlen, A. Stan (Groningen), Nonequilibrium Green's functions for excitation and transport in molecules (invited), Abstract
  • N. E. Dahlen, A. Stan, R. van Leeuwen (Groningen), Propagating the Kandanoff-Baym equations for molecules and atoms (contributed), Abstract
  • A. Pecchia1, A. Di Carlo1, A. Gagliardi2, T. Frauenheim2 (1U Rome Tor Vergata, 2U Paderborn), Incoherent tunnelling and heat dissipation in molecular bridges (invited), Abstract
12.25

Lunch
Workshop Excursion to Lübeck
Bus leaves 1.30 p.m.

Workshop Dinner
Thursday, August 25
8.30
Session VII:
Condensed
Matter
Chair: A.
Lichtenstein
  • C.-O. Almbladh (U Lund), Photoemission beyond the sudden approximation (invited)
  • A. Alvermann, F.X. Bronold, H. Fehske (U Greifswald), Stochastic Green's functions approach to disordered electron-phonon systems (invited), Abstract
10.10

Coffee Break
10.40
  • M. Paulsson, T. Frederiksen, M. Brandbyge (TUniv Denmark, Lyngby), Inelestic scattering in molecular conductors: Lowest order expansion (contributed), Abstract
  • E. Pehlke (U Kiel), Ab initio molecular dynamic simulations of enery-tranfer processes at surfaces (invited) Abstract
  • G. Stefanucci, S. Kurth, C.-O. Almbladh, A. Rubio, E.K.U. Gross (U Lund), An exact quantum theory of transport using TDDFT and nonequilibrium Green functions (contributed), Abstract
12.30

Lunch
Optional Lab tour
2.30 p.m.
Session VIII:
Dynamical Mean Field Theory
Chair: H. Fehske
  • A. Lichtenstein (U Hamburg), Electronic structure of correlated systems (invited), Abstract
  • M. Katsnelson (Nijmegen), Kondo physics beyond simple one-spin scattering (invited), Abstract
4.00 p.m.

Coffee Break
4.30 p.m.
  • J. Freericks (Georgetown Univ), Nonequilibrium dynamical mean field theory (invited), Abstract
 

Closing
5.30 p.m.

Optional Excursion to Nord-Ostsee-Kanal
and Dinner at Restaurant "Fördeblick"

Friday, August 26
10.00 p.m. Optional Excursion: Guided Kiel city walk,
including lunch at Kiel Beer Brewery

Optional Lab tours at Physikzentrum
Individual discussions

Departure

Invited/contributed talks are 45/25 minutes, including discussion.

Posters I (on display Sunday evening - Tuesday noon):

  • G. Aarts (Univ of Wales Swansea), Transport coefficients from the 2PI effective action: weak coupling and large N analysis, Abstract
  • D. Blaschke, A. Prozorkevich, R. Sauerbrey, S. Smolyansky (U Saratov), Observable Manifestion of Electron-Positron Plasma created by the Field of Optical Laser, Abstract
  • M. Bonitz1, V.S. Filinov2, V.E. Fortov2, P. Levashov2, and H. Fehske3, (1U Kiel, 2High energy density center, Moscow, 3 U Greifswald), Quantum Coulomb crystals in a two-component system, Abstract
  • L. V. Bravina, A.V. Prozorkevich, S.A. Smolyansky, E.E. Zabrodin (U Saratov), EOS of nonequlibrium parton Plasma in an expanding flux tube, Abstract
  • A.V. Glushkov, S.V. Malinovskaya, E.P. Gurnitskaya, L.A. Vitavetskaya (U Odessa), QED Theory of Radiation Emission and Absorption Lines for Atoms and Ions of Plasma in a strong electromagnetic Field, Abstract
  • A.V. Glushkov (U Odessa), QED Theory of the super heavy Ions and Hadronic Atomic Systems with Account of Correlation within Green's Function Method, Abstract
  • A.V. Glushkov (U Odessa), Thomas-Fermi Model of Confined Multi-Electron Systems and its Applications in the Nuclear Theory, Abstract
  • V. Golubnychiy1, H. Baumgartner1, M. Bonitz1, O. Arp2, D. Block2, A. Piel2, H. Fehske3, A. Melzer3, and H. Kersten4, (1ITAP University Kiel, 2IEAP University Kiel, 3Inst. Physik, University Greifswald, 4Institut für Niedertemperaturplasmaphysik, Greifswald): Three-dimensional Coulomb balls. Experiment and Theory, Abstract
  • A. Isayev (Kharkov Inst of Phys. Technology), Two-Body Correlation Functions in Dilute Nuclear Matter, Abstract
  • M. A. Kilburn (U Lansing, Michigan), Dynamics of Vortices in the Hydrodynamic Formulation of Quantum Mechanics, Abstract
  • I. Knezevic (U Wisconsin), Memory dressing in the open system dynamics, Abstract
  • S.V. Malinovskya (U Odessa), QED Approach to calculation of the Photon-Plasmon Transitions and Diagnostics of the Plasma Turbulence, Abstract
  • S.V. Malinovskaya, A.V. Glushkov, A.V. Loboda (U Odessa), Green's Function of the Dirac Equation with central non-singular Potential and complex Energy: Generalized Ivanov-Ivanov Approach, Abstract
  • S.V. Malinovskya (U Odessa), QED Theory of Laser-Electron-Nuclear Processes in Atomic and Molecular Systems, Abstract
  • V.G. Morozov1, G. Röpke2 (1Inst Radioengineering Moscow, 2U Rostock), Photon Production by Relativistic Electrons in Plasmas, Abstract
  • M. M. Müller (TU Munich), Comparing Boltzmann vs. 2PI-Kadanoff-Baym, Abstract
  • B. Schenke, C. Greiner (U Frankfurt), Dilepton production from hot hadronic matter in nonequilibrium, Abstract

Posters II (on display Tuesday afternoon - Thursday afternoon):

  • K. Balzer, C. Noelle, M. Bonitz and A. Filinov (U Kiel), Ground state of strongly correlated mesoscopic electrons and indirect excitons, Abstract
  • J. R. Barker, J.R. Watling (U Glasgow), Non-equilibrium dielectric response of high-kappa gate stacks in Si MOSFETs: application to SO interface phonon scattering, Abstract
  • P. Fröbrich, P.J. Kuntz (Hahn-Meitner Institute, Berlin), The magnetic reonrientation trasition in ferromagnetic Heisenberg films treated by many-body Green's function theory, Abstract
  • P. Gartner, F. Jahnke (U Bremen), Relaxation properties of the quantum kinetics of carrier-LO-phonon interaction in quantum wells, Abstract
  • N. Horing1, T.Yu. Bagaeva2, V.V. Popov2 (1Stevens Tech, 2Inst Radio Engineering Saratov), Dyadic Green's Function Analysis of the Non-Stationary Nanoelectrodynamic Polaritonic Response of a Two-Dimensional Excitonic Layer, Abstract
  • N. Horing (Stevens Tech), Green's Function Matching Method, Abstract
  • N. Horing (Stevens Tech), Nonlocal Surface Plasmons by Poisson Green's Function Matching, Abstract
  • M. Lorke, T.R. Nielsen, J. Seebeck, P. Gartner, F. Jahnke (U Bremen), Optical absorption in semiconductor quantum-dot systems, Abstract
  • Yurii E. Lozovik1, S. Yu. Volkov1, Pavel Postovarov1, Magnus Willander2 (1Inst Spectroscopy Troitsk/Moscow, 2Univ Gothenburg), Coherent phenomena in electron-hole systems in nanostructures, Abstract
  • Yurii E. Lozovik1, V.A. Sharapov1, Magnus Willander2 (1Inst Spectroscopy Troitsk/Moscow, 2Univ Goteborg), Mesoscopic Supersolid in 2D Dipole System, Abstract
  • P. Ludwig1,2, A. V. Filinov1, M. Bonitz1, and H. Stolz2 (1ITAP, CAU Kiel, 2U Rostock), Strongly correlated indirect excitons in quantum wells, Abstract
  • A. Martinez1, A. Svizhenko2, M. P. Anantram2, J. R. Barker1 and A. Asenov1 (1Device Modelling Group, Dept of Electronics & Electrical Engineering, University of Glasgow, Glasgow G12 8LT, 2NASA Ames Research Center, MS:229-1, Moffet Field, California 94035-1000, USA) A NEGF study of the effect of surface roughness on CMOS nanotransistors, Abstract
  • Y.-H. Ruan, M. Bonitz (U Kiel), Ground State and Excited State of Large Bipolaron in Quantum Confined Structures, Abstract
  • A. Shul'man (Inst. Radioengineering Moscow), Genuine converging solution of self-consistent field equations for extended many-electron systems, Abstract
  • J. Shumway (U Arizona), Quantum Monte Carlo Studies of Exciton-Exciton Scattering in Quantum Wells, Abstract
  • A. Stan, N.E. Dahlen, R. van Leeuwen (Groningen), Self-consistent solution of the Dyson equation and variational energy funcionals of the Green's function, Abstract
  • C. Verdozzi, G. Stefanucci, C.-O. Almbladh (U Lund), Time dependent quantum transport in 1D model systems with electron-phonon interactions, Abstract
  • Q.T. Vu1, H. Haug1, S.W. Koch2 (1U Frankfurt, 2Phillips U Marburg), Coulomb quantum kinetics for a quantum well-quantum dot system, Abstract

 

 

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