Edward F. Valeev (Эдуард Фаритович Валеев)
    
    
    
        Born July 15, 1976 in Togliatti, USSR (now Russia)
    
    
    
      Professor of Chemistry, Virginia Tech, USA 
    
    
    
        Email:evaleev@vt.edu
        Web:  external link
    
 
    
    
Wiley International Journal of Quantum Chemistry Young Investigator Award (2007);
ACS Hewlett‐Packard Outstanding Young Investigator Award (2009);
US National Science Foundation CAREER Award (2009);
Alfred P. Sloan Research Fellow (2009);
Camille Dreyfus Teacher‐Scholar Award(2010);
Annual Medalof the International Academy of Quantum Molecular Science (2014);
Dirac Medal, World Association of Theoretical and Computational Chemists (2015);
Member, International Academy of Quantum Molecular Science (2023) 
    
Author of:
    
More than 100 papers in electronic structure theory of molecules and materials and computer science
    
                    
Important Contributions:
    
        - 
Explicitly correlated electronic structure theory: practical framework for numerical
approximation of many‐electron integrals (Complementary Auxiliary Basis Set, or CABS);
perturbative formalism for inclusion of explicitly correlated terms into coupled‐cluster methods
and into arbitrary (multiconfiguration) correlated models; introduction of energy‐dependent
explicitly‐correlated corrections for general self‐energy models of propagator methods; first
numerical (real‐space) explicitly‐correlated 2‐body (6‐d) models of many‐electron systems
        
 
        - 
Reduced‐scaling electronic structure methods: SparseMaps formalism for encoding and utilizing
block‐sparse structure of Hamiltonian and wave operator tensors for reduced‐complexity
correlated methods; near‐linear‐scaling explicitly‐correlated pair‐natural‐orbital
coupled‐cluster methods for closed‐ and open‐shell systems; numerical (real‐space) solver for
nearly exact pair‐natural orbitals
        
 
        - 
Miscellaneous developments in electronic structure theory: numerical (real‐space) solver for
nearly‐exact optimal orbitals for correlated methods; numerous developments of reusable
open‐source software packages, especially for AO integral evaluation and parallel data‐sparse
tensor algebra