This volume presents a collection of lectures at the frontier between ultrafast spectroscopy and molecular quantum science.
This volume presents a collection of lectures at the frontier between ultrafast spectroscopy and molecular quantum science, which were held in 2023 as part of a summer school at the Ecole de Physique at Les Houches, France. In the first four chapters, a combined experimental and theoretical perspective is developed, including the concepts of ultrafast optics and two-dimensional electronic spectroscopy, along with the theoretical interpretation of nonlinear spectroscopic signals relying on state-of-the-art simulation approaches in quantum molecular dynamics. The next two chapters present an overview of applications to light harvesting in photosynthesis and excitonic processes in organic photovoltaics. The two final chapters pedagogically summarize the material of computational exercises on quantum dynamical simulations and the computation of linear and nonlinear spectroscopic signals, with Jupyter notebooks made available together with this volume.
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Chapter 1
Linear and Nonlinear Propagation of Ultrashort Light Pulses – Giulio Cerullo, Cristian Manzoni
Chapter 2
Photoinduced Molecular Quantum Dynamics: Theory and Computational Methods – Elisa Palacino-González, David Picconi
Chapter 3
Open Quantum System Simulation of Time and Frequency Resolved Spectroscopy – Tobias Kramer
Chapter 4
Coherently and Fluorescence-Detected Ultrafast Spectroscopy – Pavel Malý
Chapter 5
Light Harvesting in Photosynthesis: From Structure to Function – Thomas Renger
Chapter 6
Organic Photovoltaics – Excitons at Work – Irene Burghardt
Chapter 7
Computational Exercise: Introduction to Quantum Dynamical Simulations –Dominik Brey and James A. Green
Chapter 8
Computational Exercise: Ultrafast Spectroscopy of Complex Molecular Systems – James A. Green and Dominik Brey
