Low Energy
Condensed Matter Physics and Statistical Mechanics
Condensed matter physics strives to understand the structure, organization and functionality of a wide range of materials, ranging from biological materials to crystals. As such, it underpins a major part of today’s technologies.
Statistical mechanics uses individual properties of system components and their interactions to derive collective or emergent properties of the system. Today, statistical mechanical techniques are applied in many scientific fields in and outside physics. Beside Condensed Matter these include Computational Physics, Biophysics and Complexity.
Members
| Per Lyngs Hansen | Associate Professor | lyngs @ memphys.sdu.dk |
| John Hjort Ipsen | Associate Professor | ipsen @ memphys.sdu.dk |
| Michael Andersen Lomholt | Associate Professor | mlomholt @ memphys.sdu.dk |
| Paolo Sibani | Associate Professor | paolos @ ifk.sdu.dk |
| Sven Mosbæk Tougaard | Associate Professor | svt @ ifk.sdu.dk |
International Supporters
| Stefan Boettcher | Professor (Atlanta) | sboettch @ emory.edu |
| Alexander Jablonski | Professor (Warsaw) | ajablonski @ ichf.edu.pl |
| Henrik Jeldtoft Jensen | Professor (Imperial College) | h.jensen @ imperial.ac.uk |
| Ralf Metzler | Professor (TU Munich) | metz @ ph.tum.de |
| Shiego Tanuma | Managing Director (NIMS, Japan) | tanuma.shigeo @ nims.go.jp |
Group Leader
Paolo Sibani
Bachelor Courses
General Physics, Mathematical Physics, Thermodynamics and Statistical Mechanics, Condensed Matter Physics, Quantum Mechanics.
Graduate Courses and Independent Studies
Stochastic Processes and Non-Equilibrium Thermodynamics, Critical Phenomena, Advanced Condensed Matter Physics, Biomembrane Physics.
Bachelor Projects
Monte Carlo Methods
Facilitated Protein Diffusion on DNA
Master Projects
Evolution as a Complex Dynamical System
Aging of Colloids
Disordered Many-Body Systems
Transport in Biological Cells