Ugne Miniotaite

Ugne Miniotaite is a Researcher affiliated with the Department of Light and Matter Physics at KTH Royal Institute of Technology. She holds a doctoral student position at the same institution and conducts experimental research in topological quantum materials, with a focus on magnetism and structural behavior in complex materials. Her work involves advanced techniques such as muon spin rotation, Shubnikov-de Haas effect analysis, and computational simulations.

Her research interests span topological quantum materials, condensed matter physics, quantum oscillations, and magnetic phase transitions. She investigates the interplay between electronic structure and magnetic properties in transition metal oxides and semimetals like ZrTe5, as well as the effects of hydrostatic pressure on multifunctional materials such as 7LiFePO4.

Ugne's publications from 2020 to 2025 reflect a trend toward understanding quantum phenomena in novel materials. Recent work emphasizes Dirac semimetals, wolframite compounds, and muon-based experimental methods. Earlier studies explored photon ionization in molecules like allene, showcasing a broader experimental physics portfolio.

No scientific awards are listed for Ugne Miniotaite. She has no recorded advisees or grants at this time. Her research is conducted within the Light and Matter Physics department at KTH, contributing to both theoretical and applied experimental physics projects.