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DIPARTIMENTO DI CHIMICA, MATERIALI
E INGEGNERIA CHIMICA GIULIO NATTA

Person details


person ALESSANDRO GENONI
label ASSOCIATE PROFESSOR
share SECTION CHEMISTRY
CONTACTS
email alessandro.genoni@polimi.it
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location_on V. MANCINELLI 7, 20131 MILANO
TEACHING
web Polimi Personal Page
PUBLICATIONS
        
RESEARCH
PROFILE

Education

  • September 2018: Habilitation à Diriger des Recherches (HDR) in Chemistry, University of Lorraine, Metz & Nancy, France
  • December 2006: Ph.D. in Chemical Sciences; Thesis: “Development and Application of Methods Based on Extremely Localized Molecular Orbitals” (Supervisor: Prof. Maurizio Sironi), University of Milan, Italy
  • July 2003: Laurea degree (equivalent to B.S. + M.S) in Chemistry (110/110 cum laude); Thesis: “A new strategy to relax extremely localized molecular orbitals: the ELMO-CI method (Supervisor: Prof. Maurizio Sironi), University of Milan, Italy

 Professional career

  • July 2024 - Present: Associate Professor, Department of Chemistry, Materials and Chemical Engineering “Giulio Natta”, Politecnico di Milano, Milan, Italy
  • October 2011 - June 2024: Permanent CNRS researcher, Laboratory of Theoretical Physics and Chemistry, CNRS & University of Lorraine, Metz & Nancy, France
  • September 2008 - September 2011: Post Doctoral Researcher, CNR – Institute of Chemistry of Molecular Recognition (Prof. Giorgio Colombo Research Group), Milan, Italy.
  • November 2006 - August 2008: Post Doctoral Researcher, Quantum Theory Project, University of Florida (Prof. Kenneth M. Merz Jr. Research Group), Gainesville, Florida, USA

 Main research topics

  • Development of new quantum chemistry methods:
    - Construction of libraries of extremely localized molecular orbitals
    - Embedding methods based on extremely localized molecular orbitals
    - Fast and accurate techniques for the determination of noncovalent interactions in systems of biological interest
    - New quantum computing algorithms in the framework of the Valence Bond theory
  • Development of new computational techniques for quantum crystallography:
    - Methods for the determination of “experimental” wave functions consistent with X-ray diffraction data
    - Exploitation of the X-ray restrained wave function approach in the context of Density Functional Theory (DFT)
    - Extension of the Hirshfeld atom refinement (HAR) technique to macromolecular systems and to non-molecular crystals.

Publication records

  • More than 70 papers and book chapters (7 as single author, 14 as first authors (beyond single-author contributions), 22 as last authors (beyond single-author contributions) and 43 as corresponding author)
  • More than 35 oral communications at conferences and schools (30 as invited speaker)
  • More than 20 invited seminars at universities or scientific institutions

Fundraising

  • 1 ANR Project as principal investigator (National Research Agency (ANR), France)
  • 1 PEPS Mirabelle Project (Projets Exploratoires Premier Soutien "Mirabelle") as principal investigator (CNRS and University of Lorraine, France)
  • 2 Jean Barriol Institute projects as principal investigator
  • 1 METZ Eurométropole projects as principal investigator

Institutional roles in scientific societies

  • August 2022 - Present: Chair of the Special Interest Group on Quantum Crystallography (SIG-02) of the European Crystallographic Association
  • Agosto 2018 - Agosto 2022: Secretary of the Special Interest Group on Quantum Crystallography (SIG-02) of the European Crystallographic Association