Stefan Kaiser

Stefan Kaiser is a Professor at the Institute of Solid State and Materials Physics within Dresden University of Technology (TU Dresden), where he leads research in cutting-edge condensed matter physics. His work is central to the institute's experimental and theoretical investigations into quantum phenomena, with direct involvement in PhD supervision and collaborative projects.

Professor Kaiser's research focuses on two interconnected domains: topological materials and quantum criticality. In topological materials, he examines electronic structures of quantum systems exhibiting non-trivial topological order (e.g., topological insulators and Weyl semimetals), with implications for fault-tolerant quantum computing. His quantum criticality research investigates phase transitions driven by quantum fluctuations near absolute zero, particularly in correlated electron systems. These areas represent frontier topics in condensed matter physics with potential applications in next-generation electronics and materials science.

He maintains extensive collaborations across international research groups, including partnerships with Professors Felser, King, and Wahl in topological materials studies, and with Professors Brando, Khim, and Mackenzie in quantum criticality investigations. Professor Kaiser actively recruits PhD candidates for projects exploring experimental techniques in low-temperature physics and quantum transport measurements, leveraging TU Dresden's advanced laboratory infrastructure for materials synthesis and characterization.