Professor Dr. Michael Bonitz

Address Christian-Albrechts-Universität zu Kiel
Institut für Theoretische Physik und Astrophysik
Lehrstuhl Statistische Physik
Leibnizstraße 15
24118 Kiel

Projects

As Applicant
- Current projects
  - Short-time dynamics of correlated finite fermion systems - a Nonequilibrium Green functions approach (Research Grants)
  - Ab-initio Quantum Monte Carlo Simulations of Warm Dense Matter (Research Grants)
- Completed projects
  - Nicht-Markovsche kinetische Gleichungen für Ladungsträger, Plasmonen und optische Polarisation in Halbleiterstrukturen (Priority Programmes)
  - Path integral Monte Carlo and quantum molecular dynamics simulations dense astrophysicalm plasmas (Research Grants)
  - Molekulardynamik-Simulationen staubiger (komplexer) Plasmen (Research Grants)
  - Theoretische Beschreibung der (Sub-)Femtosekunden-Dynamik von Mehrelektronenatomen in starken UV- und VUV-Feldern (Research Grants)
  - Configuration Path integral Monte Carlo approach to thermodynamical properties of dense plasmas (Research Grants)
  - First principle quantum Monte Carlo and quantum dynamics simulation of warm dense matter (Research Grants)
As Project Head
- Completed projects
  - Simulationsmethoden für dichte Quantenplasmen (Collaborative Research Centres)
  - Quantenkinetische Theorie dichter Plasmen (Collaborative Research Centres)
  - Simulation of particle growth, correlations and thin film formation in complex plasmas (CRC/Transregios)
  - Theory and simulation of strongly correlated rotating and magnetized plasmas (CRC/Transregios)
  - Multiscale simulation of streaming complex plasmas (CRC/Transregios)
As Participating Person
- Completed projects
  - Kinetische Theorie der Transporteigenschaften dichter Plasmen in starken Laserfeldern (Priority Programmes)
  - Korrelationen und Suprafluidität in mesoskopischen Ensembles indirekter Exzitonen (Research Grants)
  - Simulation stark korrelierter Quantenplasmen unter Berücksichtigung der dynamischen Abschirmung (Research Grants)
  - Excitation spectra of strongly correlated ultra-cold dipolar gases from first-principle thermodynamic simulations (Research Grants)
As Cooperation Partner
- Completed projects
  - In-situ investigations of condensation, nucleation and growth of metal films and nanostructures on organic surfaces during sputter deposition (Research Grants)