Matches in SemOpenAlex for { <https://semopenalex.org/work/W2015311512> ?p ?o ?g. }
- W2015311512 endingPage "7842" @default.
- W2015311512 startingPage "7832" @default.
- W2015311512 abstract "Suzuki’s higher order composite factorization which involves both the potential and the force is applied to imaginary time path integral simulation. The expression is more general than the original version and involves a free parameter α in the range of [0, 1]. Formal expressions are derived for statistical averages, based on both thermodynamic and quantum operator identities. The derived expressions are then tested for one-dimensional model systems using the numerical matrix multiplication method, which involves no statistical error. When an optimum choice of α is made, the higher order factorization approach is shown to be more efficient than primitive factorization by about a factor of 4 and better than other existing higher order algorithms with similar character. Actual path integral simulation tests are then made for an excess electron in supercritical helium and for bulk water, and these generally demonstrate the efficiency of the higher order factorization approach." @default.
- W2015311512 created "2016-06-24" @default.
- W2015311512 creator A5076338860 @default.
- W2015311512 creator A5088327041 @default.
- W2015311512 creator A5091898071 @default.
- W2015311512 date "2001-11-01" @default.
- W2015311512 modified "2023-10-12" @default.
- W2015311512 title "Applications of higher order composite factorization schemes in imaginary time path integral simulations" @default.
- W2015311512 cites W1966780484 @default.
- W2015311512 cites W1968417896 @default.
- W2015311512 cites W1970349436 @default.
- W2015311512 cites W1973616932 @default.
- W2015311512 cites W1973714794 @default.
- W2015311512 cites W1977754028 @default.
- W2015311512 cites W1980578022 @default.
- W2015311512 cites W1981694796 @default.
- W2015311512 cites W1982982767 @default.
- W2015311512 cites W1984084426 @default.
- W2015311512 cites W1984135072 @default.
- W2015311512 cites W1984173675 @default.
- W2015311512 cites W1985214418 @default.
- W2015311512 cites W1988708266 @default.
- W2015311512 cites W1990208157 @default.
- W2015311512 cites W1993955296 @default.
- W2015311512 cites W1995213897 @default.
- W2015311512 cites W1999081521 @default.
- W2015311512 cites W1999117383 @default.
- W2015311512 cites W2000169874 @default.
- W2015311512 cites W2002309674 @default.
- W2015311512 cites W2003456332 @default.
- W2015311512 cites W2005269984 @default.
- W2015311512 cites W2006442400 @default.
- W2015311512 cites W2012119767 @default.
- W2015311512 cites W2014548724 @default.
- W2015311512 cites W2018948695 @default.
- W2015311512 cites W2025514257 @default.
- W2015311512 cites W2025514803 @default.
- W2015311512 cites W2026604187 @default.
- W2015311512 cites W2029133499 @default.
- W2015311512 cites W2029225882 @default.
- W2015311512 cites W2031448731 @default.
- W2015311512 cites W2032224966 @default.
- W2015311512 cites W2035106716 @default.
- W2015311512 cites W2035328263 @default.
- W2015311512 cites W2041272682 @default.
- W2015311512 cites W2049154143 @default.
- W2015311512 cites W2055306741 @default.
- W2015311512 cites W2055701077 @default.
- W2015311512 cites W2056511530 @default.
- W2015311512 cites W2057786633 @default.
- W2015311512 cites W2058273470 @default.
- W2015311512 cites W2058785737 @default.
- W2015311512 cites W2059529069 @default.
- W2015311512 cites W2061230334 @default.
- W2015311512 cites W2061634453 @default.
- W2015311512 cites W2061777056 @default.
- W2015311512 cites W2062531754 @default.
- W2015311512 cites W2063458520 @default.
- W2015311512 cites W2071501828 @default.
- W2015311512 cites W2071635346 @default.
- W2015311512 cites W2073265037 @default.
- W2015311512 cites W2078162468 @default.
- W2015311512 cites W2081551956 @default.
- W2015311512 cites W2083299050 @default.
- W2015311512 cites W2084416666 @default.
- W2015311512 cites W2086634221 @default.
- W2015311512 cites W2092165500 @default.
- W2015311512 cites W2095430987 @default.
- W2015311512 cites W2112940941 @default.
- W2015311512 cites W2123059108 @default.
- W2015311512 cites W2123689033 @default.
- W2015311512 cites W2139378879 @default.
- W2015311512 cites W2157901635 @default.
- W2015311512 cites W2162528615 @default.
- W2015311512 cites W2164658175 @default.
- W2015311512 cites W2568030683 @default.
- W2015311512 cites W3102113004 @default.
- W2015311512 cites W3105213200 @default.
- W2015311512 cites W3105911512 @default.
- W2015311512 cites W4376999515 @default.
- W2015311512 doi "https://doi.org/10.1063/1.1410117" @default.
- W2015311512 hasPublicationYear "2001" @default.
- W2015311512 type Work @default.
- W2015311512 sameAs 2015311512 @default.
- W2015311512 citedByCount "123" @default.
- W2015311512 countsByYear W20153115122012 @default.
- W2015311512 countsByYear W20153115122013 @default.
- W2015311512 countsByYear W20153115122014 @default.
- W2015311512 countsByYear W20153115122015 @default.
- W2015311512 countsByYear W20153115122016 @default.
- W2015311512 countsByYear W20153115122017 @default.
- W2015311512 countsByYear W20153115122018 @default.
- W2015311512 countsByYear W20153115122019 @default.
- W2015311512 countsByYear W20153115122020 @default.
- W2015311512 countsByYear W20153115122021 @default.
- W2015311512 countsByYear W20153115122022 @default.
- W2015311512 countsByYear W20153115122023 @default.
- W2015311512 crossrefType "journal-article" @default.