Hugo Laurell

Hugo Laurell is a Postdoctoral Fellow in the Department of Physics at Lund University, specializing in Synchrotron Radiation Research. His work centers on ultrafast laser science and quantum optics, with emphasis on quantum state tomography of photoelectrons using attosecond pulses and interferometric techniques.

His academic background includes:

• Doctoral degree in Physics, Lund University (2023). Dissertation: Attosecond photoelectron interferometry: from wavepackets to density matrices.

Laurell's research spans Attosecond Physics, Quantum Optics, and Ultrafast Spectroscopy, focusing on photoelectron wavepacket dynamics, quantum state reconstruction, and carrier-phonon coupling in materials. His fingerprint analysis reveals dominant expertise in Interferometry (100%), Photoionization (87%), and Electron Physics (51%), indicating deep specialization in quantum measurement techniques at attosecond timescales.

Recent publications (2024-2025) demonstrate cohesive progress in quantum state tomography and ultrafast dynamics, with high-impact work in Nature Photonics and Physical Review journals. His articles consistently bridge atomic physics, condensed matter systems, and quantum information science, particularly through photoelectron interferometry and transient absorption spectroscopy.

As Principal Investigator, Laurell leads the active Swedish Research Council project (2024-2027):

• Coherence and dynamics of single semiconductor nanowires with attosecond pulses, investigating ultrafast carrier-phonon interactions in nanomaterials using extreme ultraviolet probes.

He operates within Lund University's Synchrotron Radiation Research group, maintaining significant collaborations with Nobel Laureate Anne L'Huillier's team and UC Berkeley's Leone group. His work leverages advanced laser facilities for attosecond science, with publications generating notable attention across academic platforms (Mendeley, X, Bluesky) and news outlets.