Foto del docente

Artur Nenov

Associate Professor

Department of Industrial Chemistry "Toso Montanari"

Academic discipline: CHIM/02 Physical Chemistry

Collaborations

Collaboration with:: Politecnico di MILANO
Country:: Italy
Description:: Prof. Giulio Cerullo: Transient spectroscopy in the femtosecond domain for study of biologically relevant compounds (DNA/RNA, thio-nucleobases, amino bases, opsins)

Collaboration with:: University of California
Country:: United States of America
Description:: Prof. Shaul Mukamel: modelling nonlinear electronic spectroscopies in the Visible, Ultraviolet and X-ray regimes

Collaboration with:: University of Duesseldorf
Country:: Germany
Description:: Dr. Oliver Weingart: development of the COBRAMM code, QM/MM molecular dynamics of biological photoreceptors

Collaboration with:: University of Sofia
Country:: Bulgaria
Description:: Prof. Alia Tadjer: photoreactivity of functionalized chalcones, a class of molecular switches

Collaboration with:: CNR Napoli
Country:: Italy
Description:: Prof. Roberto Improta: study of the DNA/RNA photoreactivity at the multiconfigurational wavefunction theory and density functional theory levels

Collaboration with:: CNR Bologna
Country:: Italy
Description:: Prof. Alessandro Venturini, Prof. Nicola Armaroli: photochemistry and photophysics of multicyanobuta-1,3-diene aninline, a new class of molecular electron acceptors

Collaboration with:: Universidade Federal de Minas Gerais
Country:: Brazil
Description:: Prof. Ana Maria de Paula: photophysics of thio-nucleobases

Collaboration with:: Università degli Studi di SIENA
Country:: Italy
Description:: Prof. Massimo Olivucci: photoreactivity of opsins

Collaboration with:: Universitat de Girona
Country:: Spain
Description:: Prof. Luis Blancafort: photophysics of DNA dinucleotides in solution

Collaboration with:: Ludwig-Maximilians-University of Munich
Country:: Germany
Description:: Prof. Wolfgang Zinth and Prof. Regina de Vivie-Riedle: joint experimental (ultrafast transient spectroscopy) and theoretical (multiconfigurational wavefunction methods) studies of artificial molecular switches