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Quantum Transport Equations: Kinetic, Relativistic, and Diffusive Phenomena
01.02.2010 - 31.03.2014
Research funding project
This project is concerned with the mathematical and numerical analysis of quantum transport models (partial differential equations and integro-differential equations) that appear in solid state physics and semiconductor device simulations. It focuses on three closely related topics: A. Quantum kinetic models (analysis of stationary Wigner equations and development of efficient discretizations); B. Quantum relativistic models(derivation, analysis, and numerical implementation of absorbing boundary conditions for the Dirac equation); C. Quantum fluid models (analysis of quantum Euler and quantum drift-diffusion models).
People
Project leader
Anton Arnold
(E101)
Sub project leader
Ansgar Jüngel
(E101)
Project personnel
Mario Bukal
(E101)
Jan Erb
(E101)
Jan-Frederik Mennemann
(E101)
Maja Miletic
(E101)
Dominik Stürzer
(E101)
Institute
E101 - Institute of Analysis and Scientific Computing
Grant funds
FWF - Österr. Wissenschaftsfonds (National)
Austrian Science Fund (FWF)
Research focus
Quantum Modeling and Simulation: 80%
Nano-electronics: 10%
Mathematical and Algorithmic Foundations: 10%
Keywords
German
English
Angewandte Mathematik
Applied Mathematics
partielle Differentialgleichungen
Partial differential equations
Quantenmodelle
quantum models
kinetische Gleichungen
kinetic equations
absorbierende Randbedingungen
absorbing boundary conditions
Publications
Publications