Core-level Time Resolved Spectroscopy of Photoelectron Circular Dichroism in Fenchone

D Faccialà,Michele Devetta,S. Beauvarlet,N. Besley,Francesca Calegari,Carlo Callegari,Daniele Catone,Eugenio Cinquanta,A. G. Ciriolo,L. Colaizzi,M. Coreno,G. Crippa,G. De Ninno,M. Di Fraia,M. Galli,Gustavo A. García,Yann Mairesse,Matteo Negro,Oksana Plekan,Ivan Powis,P Prasannan Geetha,Kevin C. Prince,Aditya Pusala,Salvatore Stagira,Stefano Turchini,Kiyoshi Ueda,Daehyun You,Nicola Zema,Laurent Nahon,Valérie Blanchet,C. Vozzi

Core-level Time Resolved Spectroscopy of Photoelectron Circular Dichroism in Fenchone

2020

We measured the chiral relaxation of photoexcited Fenchone at the Carbon K-edge. Our results demonstrate that ultrafast chiral dynamics can be probed using core level spectroscopy with circularly polarized free-electron laser pulses.

Keywords:

Time-resolved spectroscopy
Carbon
Laser
Ultrashort pulse
Analytical chemistry
Circular dichroism
Chirality (chemistry)
Materials science
Spectroscopy
Fenchone

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