Mathematics

Numerical linear algebra; stochastic network; Markov chain Monte Carlo;

Quantum Chemistry

density-functional theory (DFT); many-Body Green's functions theory (GW-BSE); QM/MM

Molecular Dynamics

atomistic simulations; coarse-graining; macromolecules

Software

excitation transport in complex molecular systems; multiscale modeling; open-source; C++

About Us

Welcome to the webpage of the Baumeier Research Group at Eindhoven University of Technology (TU/e). We are part of the Centre for Analysis, Scientific Computing, and Applications (CASA) of the Department of Mathematics and Computer Science, as well as of the Institute for Complex Molecular Systems (ICMS).

On these pages, you can find information about our research activities, publications, and group members. We are an interdisciplinary group, with diverse backgrounds comprising mathematics, solid-state physics, chemistry, biology, or nanotechnology engineering.

Our research is focused on the development and application of multiscale simulation approaches for the study of complex molecular materials. A core activity concentrates on problems related to modeling of charge and energy transfer processes in soft matter systems, with relevance to energy research. Other research lines include, e.g., studies of (disorderd) assemblies of biomolecules and super-coarse-grained modeling of soft granular materials.

Typically, we employ large scale computer simulations linking quantum chemistry, classical Molecular Dynamics at all-atom and coarse-grained levels, and rate-based models. We are actively developing methods in these areas with the biggest emphasis currently being on the adaptation of Many-Body Green’s Functions Theory (GW-BSE) for molecular systems and its use in hybrid quantum-classical simulation setups. All methods are implemented in the XTP library of the open-source VOTCA package.

#Quantum effects are important in photosynthesis, hydrogen storage materials, tunnelling in enzyme-catalyzed rxns etc. We’ll be discussing theoretical & experimental tools for studying these effects at our @Faraday_D Submit an abstract by 3 Dec & join us: https://t.co/x28AEW9Lk4

Exciting meeting on "Transport at the Nanoscale" in some beautiful scenery.

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'We should value 'slow science' - it's more important to see a good piece of work rather than publishing endless amounts of papers in high impact journals. We need to change the fast paced culture' Professor Uta Frith

Check out the first paper from the Open Force Field Initiative! All our papers and preprints, code, and datasets can be downloaded for free at https://t.co/B2rI2QwScj! Find them here:
https://t.co/mJYXeKiUnP https://t.co/cb4Lxy9vMD

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Recent Publications

Intermolecular singlet and triplet exciton transfer integrals from many-body Green’s functions theory

J. Wehner and B. Baumeier

Getting excited: Challenges in quantum-classical studies of excitons in polymeric systems

B. Bagheri, B. Baumeier, and M. Karttunen

Solvent effects on optical excitations of poly para phenylene ethynylene studied by QM/MM simulations based on Many-Body Green’s Functions Theory

B. Bagheri, M. Karttunen, and B. Baumeier

Contact Information

Call: +31 (0)40-247-2205

Email: b.baumeier@tue.nl

Björn Baumeier

Assistant Professor

Dr. Björn Baumeier
Department of Mathematics and Computer Science &
Institute for Complex Molecular Systems
Eindhoven University of Technology,
P.O. Box 513, 5600MB Eindhoven, The Netherlands
☛ My Google Scholar page

I joined Eindhoven University of Technology as Assistant Professor  in September 2015. The research activity in my group is devoted to the development and application of multiscale simulation techniques for the study of electronic transport processes in soft matter. Our models combine techniques from computational chemistry, statistical physics, and mathematics and will allow for the analysis of the interplay between molecular electronic structure and material morphology, relevant for many opto-electronic device properties or bio-molecular processes. I believe that my role as a teacher is not only to pass on information to my students. It is more difficult, both for the teacher and for the student, to also teach them how to think. In evolving fields such as physics, chemistry, or materials science, factual knowledge changes rapidly but the ability to reason is what allows us to master these changes.

Pranav Madhikar

PhD Student

Yuriy Khalak

PhD Student

Gianluca Tirimbo

PhD Student

Onur Caylak

PhD Student