Main research areas:1) identification and synthesis of new topological materials; 2) crystal growth of intrinsically magnetic topological insulators; 3) van der Waals materials with 2D intermetallic fragments; 4) synthesis, crystal growth and phase diagrams of frustrated magnets; 5) chemical bonding patterns in solids.

Design and Crystal Growth of Quantum MaterialsInstitute of Structural Physics - Institut für Festkörper- und Materialphysik (IFMP), Faculty of PhysicsMain research areas:1) identification and synthesis of new topological materials; 2) crystal growth of intrinsically magnetic topological insulators; 3) van der Waals materials with 2D intermetallic fragments; 4) synthesis, crystal growth and phase diagrams of frustrated magnets; 5) chemical bonding patterns in… Show more Design and Crystal Growth of Quantum MaterialsInstitute of Structural Physics - Institut für Festkörper- und Materialphysik (IFMP), Faculty of PhysicsMain research areas:1) identification and synthesis of new topological materials; 2) crystal growth of intrinsically magnetic topological insulators; 3) van der Waals materials with 2D intermetallic fragments; 4) synthesis, crystal growth and phase diagrams of frustrated magnets; 5) chemical bonding patterns in solids. Show less

Research Project Lead at TU Dresden, temporary position for principal investigators. Supervisor of the research subgroup “Topological non-trivial materials” (https://tu-dresden.de/mn/chemie/ac/ac2/forschung/topologische-materialien?set_language=en).Undergraduate teaching in English/German.Co-author of over 50 scientific publications in peer-reviewed journals, including Nature Publishing Group.Field of expertise:1. Solid-state chemistry: various aspects of inorganic… Show more Research Project Lead at TU Dresden, temporary position for principal investigators. Supervisor of the research subgroup “Topological non-trivial materials” (https://tu-dresden.de/mn/chemie/ac/ac2/forschung/topologische-materialien?set_language=en).Undergraduate teaching in English/German.Co-author of over 50 scientific publications in peer-reviewed journals, including Nature Publishing Group.Field of expertise:1. Solid-state chemistry: various aspects of inorganic synthesis and crystal-growth techniques.2. Crystal-structure elucidation (X-ray diffraction); characterization of bulk and nanoscaled materials (SEM and TEM techniques) with a focus on SAED and HRTEM.3. Solid-state physics: quantum-chemical calculations (DFT, ab initio) for periodic solids and finite molecules; topological analysis of chemical bonding in real space (ELF, ELI-D).4. Topological materials and Rashba-materials: synthesis and chemical characterization. Show less

TEM, HREM, SEMOperator of Philips CM20, Jeol 4000, Tecnai F20 microscopes