Vita
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Name:
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Michael
M. Bonitz, Dr. rer. nat. habil. |
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Address:
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Dorfstr.
7a, 24229 Stohl |
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Phone/Fax:
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+49.(0)431.880.4122
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e-mail:
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bonitz@physik.uni-kiel.de
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WWW:
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http://www.theo-physik.uni-kiel.de/~bonitz
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Date
of birth: |
07/09/1960
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Place
of birth: |
Leningrad
(St. Petersburg), Russia |
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Citizenship:
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German
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Family
background: |
married,
2 children |
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Schools |
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1967
- 1975 |
Elementary/Middle School in Dresden, Germany |
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1975
- 1979 |
High School for Mathematics/Physics, Dresden |
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1979
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Abitur with ``Excellence'' (1.0), Lessing Gold Medal
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College |
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September
1979 - July 1981 |
Cybernetics at Ordshonikidze Institute, Moscow,
Russia |
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September
1981 - February 1987 |
Physics at Lomonosov State University, Moscow |
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February
1987 |
Diploma
(MS) ``with Excellence'' |
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Masters
Thesis: |
Entropy
in Selforganization Processes, |
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under Prof. Yuri L. Klimontovich |
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Scientific Curriculum |
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March
1987, Univ. Rostock |
Research
Assistent |
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March
1991, Univ. Rostock |
PhD Physics (Dr. rer. nat.) with ``Excellence'' |
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Dissertation:
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Entropy in Systems far from Equilibrium |
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and Reaction-Diffusion in Nonideal Plasmas, |
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under
Prof. Dietrich Kremp |
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August 1992-November 1993, Univ. of Arizona |
Postdoctoral
Researcher |
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Optical
Sciences Center |
under
S.W. Koch |
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1993-1995,
Univ. Rostock |
Research
Assistent |
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September 1995-July 1996, Univ. of Arizona |
Postdoctoral
Researcher |
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Optical Sciences Center and Physics Department |
with
R. Binder and S.H. Köhler |
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July
1998, Univ. Rostock |
Habilitation to Dr. rer. nat. habil. |
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Habil-Thesis:
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Quantum Kinetic Equations for Ultrafast |
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Relaxation Processes. From Density Operators to |
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Kadanoff-Baym
Equations |
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since
April 2000, Univ. Rostock |
Oberassistent
(C2) |
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Senior
research position |
and
Privatdozent |
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February-May 2003, Univ. of Florida |
Visiting
Associate Professor |
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Physics
Department |
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Since October 2003, Chrstian-Albrechts-University
Kiel |
C4 Professor for Theoretical Physics |
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Chair Statistical Physics and Plasma Theory |
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January 2009, Univ. of Florida August-September 2010, Kavli Institute of
Theoretical Phyics, University of California, Santa Barbara |
Director at Institute for Theoretical Physics and
Astrophysics Visiting
Associate Professor Visiting
Professor |
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Administrative Duties: 2006-2008
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Head
of Physics Department |
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(Vorsitzender
d. Fakultätsausschusses Physik) |
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since
2008 |
Member
of University Senate |
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since
2009 |
Director
of Physics Library |
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since
October 2010 |
Head of Institute for Theoretical Physics and
Astrophysics (GvM) |
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Publications: |
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in
refereed journals: |
ca. 225 |
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in conference proceedings: |
ca. 80 |
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Invited talks |
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at international conferences: |
ca. 40, including 5 plenary talks |
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Talks
at scientific colloquia |
ca.
15 |
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Talks
at scientific seminars: |
ca.
130 |
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Monographs,
text books etc.:
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1
Monograph, 2 Text books |
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7
Collections of articles (editor) |
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Research
Grants: |
20,
award total: ca. 2.700.000 Euros |
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Awards/stipends/fellowships: |
Fellow of the American Physical Society (2011) |
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Gustav-Hertz-Prize of
the German Physical Society (2002) (highest award for young physicists) |
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postdoctoral fellowship of the DAAD |
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(German
Academic Exchange Service) |
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Optical Sciences Center University of Arizona
(1992), |
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DAAD postdoctoral fellowship (new award) |
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Optical Sciences Center and Physics Dept. |
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University
of Arizona (1995) |
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Journal
Editor: |
Contributions to Plasma Physics (since 2010) |
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Referee
of professional journals: |
Applied
Surface Science, |
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Applied
Physics Letters, |
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Contributions
to Plasma Physics, |
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Chemical
Physics Letters, |
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European Physical Journal B, D, |
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Europhysics
Letters, |
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IEEE - Transactions on Plasma Science, |
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Journal
of Applied Physics, |
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Journal of Physics A: Math. General, |
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Journal of Physics: Condensed Matter, |
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Journal
of Computational Electronics, |
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Nature
Physics, |
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Nuclear
physics, |
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Physics
of Plasmas, |
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Physical
Review Letters, |
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Physical Review A, B, D, E, |
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physica
status solidi |
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Physica
B, E |
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Plasma Physics and Controlled Fusion |
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Semiconductor
Science and Technology |
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Service
on scientific panels:
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Referee
for Deutsche Forschungsgemeinschaft |
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Since
2010 |
Member of plasma physis board of German Physical
Society |
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Member of proposal board for Nobel prize in Physics
2010 |
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Referee for Austrian Science Foundation |
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Referee for Czech Science Foundation |
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Society
affiliations:
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Member of the American Physical Society, |
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Member of the German Physical Society |
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Member
of Program Committees
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+ Series Progress in Nonequilibrium Green's
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of
international conferences: |
Functions (Chairman since 1999) |
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+
2001 Advanced Research Workshop on |
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Quantum
Transport in Semiconductors |
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+
2003 International Conference on |
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Nonequilibrium
Carriers in Semiconductors |
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+ Series Strongly Coupled Coulomb Systems: |
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Member of international advisory board and |
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program
committee of 2008 conference |
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Organization
of international
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+ Kadanoff-Baym equations - Progress and |
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scientific
conferences
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perspectives for many-body physics |
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September
1999, Rostock, Germany |
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+ Computational Methods for Many-body |
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Phyics, March 2001, Rostock,
Germany |
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+
Progress in Nonequilibrium Green's |
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Functions, August 2002, Dresden,
Germany |
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+ Kinetic Theory of nonideal Plasmas, |
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September
2004, Kiel, Germany |
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+
Progress in Nonequilibrium Green's |
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Functions III,
August 2005, Kiel, Germany |
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+ Complex Plasmas, Graduate
Summer Institute, |
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August
2008, Hoboken, New Jersey |
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+
Progress in Nonequilibrium Green's |
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Functions IV,
August 2009, Glasgow, Scotland |
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+ Complex Plasmas, 2nd
Graduate Summer Institute, |
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August
2010, Greifswald, Germany |
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+ Complex Plasmas, 3rd
Graduate Summer Institute, |
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August 2012, Seton Hall University, South Orange, NJ |
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Fields
of scientific interest |
- Astrophysical plasmas. Equation of state |
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(in
alphabetical order) |
- Atoms in strong laser and x-ray fields |
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Clusters |
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- Computational physics. Large-scale computing |
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Computer simulations. Molecular Dynamics |
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Dense plasmas. Laser plasmas |
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Dusty plasmas |
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Electron and exciton crystallization |
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- Electron-hole plasmas in semiconductors |
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Laser plasmas |
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- Matter in strong electromagnetic fields |
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Mesoscopic systems. Semiconductor nanostructures |
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Nonequilibrium Green functions |
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Nonlinear oscillations and waves |
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- Plasma oscillations, waves and instabilities |
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- Quantum kinetic theory, density operators |
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- Quantum Monte Carlo and Molecular Dynamics |
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Quantum transport theory |
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Selforganization, chaos, turbulence |
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- Strong correlations in Coulomb systems |
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Superfluidity, Supersolid |
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- Ultrafast processes. Femtosecond laser excitation |
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Wigner crystallization |
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