Novel materials discovery
A new chemical-vapor-deposition modality — real-time optical CVD — enables us to discover novel quantum materials by watching crystals nucleate and grow as they form.
We are an experimental solid-state physics research lab led by Dr. T. Serkan Kasırga, working to understand classical and quantum phenomena in low-dimensional — especially two-dimensional — and strongly correlated materials.
A new chemical-vapor-deposition modality — real-time optical CVD — enables us to discover novel quantum materials by watching crystals nucleate and grow as they form.
We use scanning photocurrent microscopy alongside substrate engineering and atomic-scale microscopy to dissect the mechanisms behind the photoresponse of semiconducting, metallic and topological-insulator low-dimensional materials.
Classical and quantum phase transitions in low-dimensional materials offer a fundamental window into how phases emerge — and a route to prospective applications driven by that understanding.
We study exciton photo-physics in two-dimensional semiconducting transition-metal dichalcogenides, with a particular focus on how the substrate sculpts exciton dynamics and photoluminescence.
Beyond the lab, we build and maintain free public resources that help students, researchers, and the curious public engage with modern physics.
A community platform that gathers science talks, lectures, and seminar recordings into one searchable place — built and curated by our group to make research more accessible.
scitalkhub.com →
02Interactive, browser-based visualizers for concepts in solid-state physics, condensed matter, and 2D materials — designed for teaching and intuition-building.
scitalkhub.com/Visualizers →
Associate Professor of Physics — jointly affiliated with Bilkent University’s National Nanotechnology Research Center (UNAM) and the Middle East Technical University Department of Physics.
Dr. Kasırga earned his Ph.D. from the University of Washington and established the 2D & Strongly Correlated Materials Lab at UNAM in January 2014. The group has since been awarded over a dozen TÜBİTAK and bilateral research grants, and was named to the BAGEP young-investigator class in 2021. Dr. Kasırga also received the prestigious TÜBİTAK Incentive Award in 2025 and METU Parlar Foundation Incentive Award in 2026.
The lab currently has openings for 1 postdoctoral researcher, 2 graduate students, and motivated undergraduates interested in solid-state experiment.
The lab has been awarded a new TÜBİTAK 1001 grant to extend our work on ion-transport-driven phase transitions in 2D oxides and chalcogenides.
An extensive thermal conductivity measurement method based on atomic force microscopy — with Berke Köker — in International Journal of Heat and Mass Transfer.
Shakir & co-workers report substantial PL enhancement in 2D semiconductors using a spacer-free metallic screening approach — published in npj 2D Materials and Applications.
Parsi et al. report the synthesis of intrinsically sodium intercalated ultra-thin layered MnO₂ in Nanoscale.
Drop a line about prospective student or postdoc applications, collaborations on 2D materials and quantum transport, or visits to our facilities at UNAM and METU.