Matches in SemOpenAlex for { <https://semopenalex.org/work/W2046149906> ?p ?o ?g. }
- W2046149906 abstract "Strongly correlated fermions in a crystal or in an optical lattice in the presence of binary-alloy disorder are investigated. We employ the statistical dynamical mean-field theory, which incorporates both fluctuations due to disorder and local correlations due to interaction, to solve the Anderson-Hubbard model. Localization due to disorder is studied by means of the probability distribution function of the local density of states. We obtain a complete paramagnetic ground state phase diagram consisting of disordered correlated metal, Anderson-Mott insulator, and band insulator." @default.
- W2046149906 created "2016-06-24" @default.
- W2046149906 creator A5014502160 @default.
- W2046149906 creator A5021165931 @default.
- W2046149906 creator A5042822828 @default.
- W2046149906 date "2010-03-05" @default.
- W2046149906 modified "2023-10-17" @default.
- W2046149906 title "Mott-Hubbard and Anderson metal-insulator transitions in correlated lattice fermions with binary disorder" @default.
- W2046149906 cites W1582252665 @default.
- W2046149906 cites W1585541580 @default.
- W2046149906 cites W1605912633 @default.
- W2046149906 cites W1620111872 @default.
- W2046149906 cites W1802645574 @default.
- W2046149906 cites W1875695870 @default.
- W2046149906 cites W1964663268 @default.
- W2046149906 cites W1965953991 @default.
- W2046149906 cites W1971357399 @default.
- W2046149906 cites W1972068641 @default.
- W2046149906 cites W1973399866 @default.
- W2046149906 cites W1978460651 @default.
- W2046149906 cites W1981778303 @default.
- W2046149906 cites W1984748593 @default.
- W2046149906 cites W1988150410 @default.
- W2046149906 cites W1988715345 @default.
- W2046149906 cites W1990565985 @default.
- W2046149906 cites W1991583534 @default.
- W2046149906 cites W2005400323 @default.
- W2046149906 cites W2005949970 @default.
- W2046149906 cites W2007391198 @default.
- W2046149906 cites W2008348370 @default.
- W2046149906 cites W2011851868 @default.
- W2046149906 cites W2019044977 @default.
- W2046149906 cites W2021308532 @default.
- W2046149906 cites W2021838966 @default.
- W2046149906 cites W2023814876 @default.
- W2046149906 cites W2029015462 @default.
- W2046149906 cites W2029348450 @default.
- W2046149906 cites W2031839553 @default.
- W2046149906 cites W2035413341 @default.
- W2046149906 cites W2038744789 @default.
- W2046149906 cites W2046315813 @default.
- W2046149906 cites W2047874787 @default.
- W2046149906 cites W2051029549 @default.
- W2046149906 cites W2058504519 @default.
- W2046149906 cites W2061301869 @default.
- W2046149906 cites W2064234754 @default.
- W2046149906 cites W2064449592 @default.
- W2046149906 cites W2068820285 @default.
- W2046149906 cites W2071421800 @default.
- W2046149906 cites W2072442508 @default.
- W2046149906 cites W2073047143 @default.
- W2046149906 cites W2073665258 @default.
- W2046149906 cites W2078636469 @default.
- W2046149906 cites W2078657075 @default.
- W2046149906 cites W2078916543 @default.
- W2046149906 cites W2082574929 @default.
- W2046149906 cites W2085342527 @default.
- W2046149906 cites W2086987529 @default.
- W2046149906 cites W2088070693 @default.
- W2046149906 cites W2088245140 @default.
- W2046149906 cites W2092729242 @default.
- W2046149906 cites W2131264331 @default.
- W2046149906 cites W2133577296 @default.
- W2046149906 cites W2146792335 @default.
- W2046149906 cites W2155224358 @default.
- W2046149906 cites W2161516432 @default.
- W2046149906 cites W2165959915 @default.
- W2046149906 cites W2167977891 @default.
- W2046149906 cites W2179731956 @default.
- W2046149906 cites W2264002775 @default.
- W2046149906 cites W3099832707 @default.
- W2046149906 cites W3102499217 @default.
- W2046149906 cites W3126066819 @default.
- W2046149906 cites W4236197087 @default.
- W2046149906 cites W71896652 @default.
- W2046149906 doi "https://doi.org/10.1103/physrevb.81.115111" @default.
- W2046149906 hasPublicationYear "2010" @default.
- W2046149906 type Work @default.
- W2046149906 sameAs 2046149906 @default.
- W2046149906 citedByCount "31" @default.
- W2046149906 countsByYear W20461499062013 @default.
- W2046149906 countsByYear W20461499062014 @default.
- W2046149906 countsByYear W20461499062015 @default.
- W2046149906 countsByYear W20461499062016 @default.
- W2046149906 countsByYear W20461499062017 @default.
- W2046149906 countsByYear W20461499062018 @default.
- W2046149906 countsByYear W20461499062020 @default.
- W2046149906 countsByYear W20461499062021 @default.
- W2046149906 countsByYear W20461499062022 @default.
- W2046149906 crossrefType "journal-article" @default.
- W2046149906 hasAuthorship W2046149906A5014502160 @default.
- W2046149906 hasAuthorship W2046149906A5021165931 @default.
- W2046149906 hasAuthorship W2046149906A5042822828 @default.
- W2046149906 hasBestOaLocation W20461499062 @default.
- W2046149906 hasConcept C106074065 @default.
- W2046149906 hasConcept C121332964 @default.
- W2046149906 hasConcept C133654230 @default.
- W2046149906 hasConcept C136766821 @default.
- W2046149906 hasConcept C24890656 @default.
- W2046149906 hasConcept C26873012 @default.