<aside> Hello! I'm Le Phuong Hoang. I am a scientist with a deep passion for light — both as a tool and as a probe. My research focuses on manipulating light in its quantum and ultrafast forms to explore novel states of matter and unlock exotic phenomena in condensed matter systems. Bridging theory and experiment, I aim to develop advanced spectroscopic techniques that push the frontiers of fundamental science and enable future quantum technologies.
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I am an experimental physicist passionate about uncovering novel quantum phenomena in strongly correlated materials using cutting-edge ultrafast spectroscopic techniques. Combining expertise in light–matter interaction and quantum optics, I investigate emergent many-body dynamics far from equilibrium to advance our fundamental understanding and enable future quantum technologies. My multidisciplinary training across Asia and Europe has equipped me with adaptability, rigor, and a global perspective in addressing frontier challenges in condensed matter physics.
I’ve been fortunate to walk this path with the unwavering support of my family, the encouragement of friends, and the guidance of exceptional mentors.
Supervisor: Dr. Denitsa Baykusheva
Combining femtosecond laser spectroscopy with advanced quantum sensing techniques to probe nonequilibrium quantum dynamics in correlated solids. Developing novel quantum-based spectroscopic tools for investigating exotic states of matter.
Thesis: Surface polarization profile and structural dynamics of ferroelectric thin films
Pioneered femtosecond time-resolved X-ray and optical methods to disentangle electronic and lattice contributions to emergent phenomena in ferroelectric and correlated oxide thin films.
Thesis: Second Harmonic Generation Spectroscopy on Quantum Materials
Developed and implemented second harmonic generation rotational anisotropy (SHG-RA) spectroscopy to probe symmetry-breaking phenomena and phase transitions in complex quantum materials, including 2D magnets, perovskite halides, and Mott insulators.
Thesis: Focus determination system for high-precision laser processing
Developed and optimized laser-based experimental setups for precision fabrication, establishing a strong foundation in experimental optics and light–matter interaction.
Ultrafast Spectroscopy & Non-equilibrium Dynamics
Developing and applying femtosecond time-resolved optical and X-ray techniques to capture electronic and structural dynamics in quantum materials on their intrinsic timescales.