Passionate about exploring the uncharted territories of the electron world.
Born and raised in Mongolia, my primary interest is exploring the microcosm on its natural timescale when interacting with extremely short and intense light. I hold an MS in theoretical quantum optics from the National University of Mongolia and a PhD in experimental attosecond physics from POSTECH. Today, I am a Research Fellow at Griffith University and Quantum and Advanced Technologies Research Institute in Brisbane, bridging theory with cutting-edge experimentation.
My expertise includes few-cycle pulse generation, high-harmonic generation (HHG), and utilizing CEP-stabilized femtosecond technology with precise post-compression techniques. I also specialize in the end-to-end construction and optimization of attosecond beamlines to explore these fundamental dynamics.
Outside of academia, I am a nature lover. I enjoy being outdoors, traveling, capturing moments through photography, and cycling around Brisbane. I also spend a fair amount of time exploring local cafes in search of a great coffee.
A breakdown of my core technical competencies and research areas in experimental physics.
Unraveling the interplay of electrons in atoms, focusing on charge migration and under-the-barrier dynamics.
Achieving single-cycle optical pulses crucial for high-precision time-resolved experiments.
Investigating fundamental physical processes and quantum dynamics in intense laser fields.
Pushing the boundaries of precision measurement beyond the standard quantum limit using strong fields.
Recent research articles, journal papers, and contributions to attosecond physics.
T. Khurelbaatar, R.T. Sang, I. Litvinyuk.
arXiv preprint, arXiv:2602.13667.
T. Khurelbaatar, M. Klaiber, S. Sukiasyan, K.Z. Hatsagortsyan, CH. Keitel, et al.
Physical Review Letters, 134 (21), 213201.
T. Khurelbaatar, J. Heo, S.G. Yu, X.Y. Lai, X.J. Liu, D.E. Kim.
Light: Science & Applications, 13 (1), 108.
T. Khurelbaatar, A. Gliserin, J.H. Mun, J. Heo, Y. Lee, D.E. Kim.
Applied Sciences, 11 (15), 6840.
A personal notebook of blog posts, technical references, and code snippets useful for experimental physics.
My PhD research focused on the development of advanced techniques for generating and characterizing attosecond pulses in the deep ultraviolet and extreme ultraviolet regimes.
A specialized laboratory tool for experimental physicists to quickly convert between energy units (eV, nm, Hz, K), pressure, and laser intensity parameters commonly used in attosecond and strong-field science.
Glimpses into the experimental setups, beamlines, and day-to-day life in the attosecond physics lab.
