All day
Place: Instituto de Física, UNAM (México)
Daniel Finkelstein-Shapiro (UNAM)
"Attosecond and Ultrafast Optics"
Abstract:
These lectures introduce multidimensional coherent spectroscopy (MDCS) as a family of experiments to build discrimination of signals into the experimental protocol. By making use of labeling techniques, and unraveling a signal in additional dimensions, correlations between states can be obtained. We discuss the theoretical formalism to describe protocols with pulsed lasers and learn how couplings, dephasing, and energy transfer pathways are encoded. In the second part of the course we cover the emerging field of multidimensional attosecond spectroscopy along with the entanglement that is generated between ions, electrons and light.
Bio:
Dr. Daniel Finkelstein-Shapiro obtained his Bachelor’s degree in Physics from Cornell University and his Ph.D. in Chemistry from Northwestern University. After postdoctoral periods at Arizona State University, Pierre et Marie Curie University, and Lund University in Sweden, he joined the Institute of Chemistry at UNAM in November 2020. His group focuses on light-matter interactions in atoms, molecules, and nanoparticles, using various structural characterization methods (NMR, Raman) as well as multidimensional spectroscopies to understand how energy moves after absorbing a photon. Activities encompass both experimental and theoretical research.
All day
Place: Instituto de Física, UNAM (México)
Daniel Finkelstein-Shapiro (UNAM)
"Attosecond and Ultrafast Optics"
Abstract:
These lectures introduce multidimensional coherent spectroscopy (MDCS) as a family of experiments to build discrimination of signals into the experimental protocol. By making use of labeling techniques, and unraveling a signal in additional dimensions, correlations between states can be obtained. We discuss the theoretical formalism to describe protocols with pulsed lasers and learn how couplings, dephasing, and energy transfer pathways are encoded. In the second part of the course we cover the emerging field of multidimensional attosecond spectroscopy along with the entanglement that is generated between ions, electrons and light.
Bio:
Dr. Daniel Finkelstein-Shapiro obtained his Bachelor’s degree in Physics from Cornell University and his Ph.D. in Chemistry from Northwestern University. After postdoctoral periods at Arizona State University, Pierre et Marie Curie University, and Lund University in Sweden, he joined the Institute of Chemistry at UNAM in November 2020. His group focuses on light-matter interactions in atoms, molecules, and nanoparticles, using various structural characterization methods (NMR, Raman) as well as multidimensional spectroscopies to understand how energy moves after absorbing a photon. Activities encompass both experimental and theoretical research.