Tönu Pullerits

Roles & Affiliations: Professor in Chemical Physics at Lund University. Active as Principal Investigator in multiple research projects (e.g., 'Kontroll av ljus-material växelverkan för framtida optoelektronik', 'Spatiotemporal kontroll av polariserad ljusemission'). Member of NanoLund, LTH Profile Areas (Nanoscience & Photon Science), and LU Profile Area (Light and Materials). Manages the Phase Modulation Ultrafast Spectroscopy Lab.

Education & Background: Not explicitly listed, but inferred through roles and publications (PhD in Physics/Chemistry).

Research Interests: Focuses on ultrafast spectroscopy, quantum materials (e.g., perovskites, quantum dots), charge transfer dynamics, energy conversion, and nanophotonics. Explores applications in solar energy, photocatalysis, and optoelectronics. Uses advanced techniques like 2D electronic spectroscopy, density functional theory, and AI-driven imaging.

Article Trends: Recent work emphasizes perovskite materials (lead-free alternatives, polaron formation), external field effects on charge separation, and surface reaction dynamics in photocatalysts. Explores novel methods like sparse optimization in terahertz spectroscopy and AI-enhanced imaging for defect analysis.

Awards & Honors: Tianfu Scholars Distinguished Expert (2023), Fudan Distinguished Scholar (2019), Royal Swedish Academy of Sciences membership (2016), and Royal Fysiografiska Sällskapet (2012).

Grants & Projects: Over 14 projects funded by agencies like Swedish Research Council, SSF, and Swedish Energy Agency. Focus areas include light-material interaction, polaron/plexiton effects, and solar-to-hydrogen conversion.

Labs & Teams: Oversees the Phase Modulation Ultrafast Spectroscopy Lab. Collaborates internationally on photocatalysis, quantum materials, and ultrafast dynamics.