FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2091236552> ?p ?o ?g. }

• W2091236552 endingPage "212" @default.
• W2091236552 startingPage "167" @default.
• W2091236552 abstract "The application of some conformal and Riemann surface techniques to string theory and string field theory is described. First a brief review of Riemann surface techniques and of the Polyakov approach to string theory is presented. This is followed by a discussion of some features of string field theory and of its Feynman rules. Specifically, it is shown that the Feynman diagrams for Witten's string field theory respect modular invariance, and in particular give a triangulation of moduli space. The Polyakov formalism is then used to derive the Feynman rules that should follow from this theory upon gauge fixing. It should also be possible to apply this derivation to deduce the Feynman rules for other gauge-fixed string field theories. Following this, Riemann surface techniques are turned to the problem of proving the equivalence of the Polyakov and light-cone formalisms. It is first shown that the light-cone diagrams triangulate moduli space. Then the Polyakov measure is worked out for these diagrams, and shown to equal that deduced from the light-cone gauge-fixed formalism. Also presented is a short description of the comparison of physical states in the two formalisms. The equivalence of the two formalisms in particular constitutes a proof of the unitarity of the Polyakov framework for the closed bosonic string." @default.
• W2091236552 created "2016-06-24" @default.
• W2091236552 creator A5009064504 @default.
• W2091236552 date "1988-11-01" @default.
• W2091236552 modified "2023-10-18" @default.
• W2091236552 title "Conformal techniques in string theory and string field theory" @default.
• W2091236552 cites W1503851492 @default.
• W2091236552 cites W1520328879 @default.
• W2091236552 cites W1534857710 @default.
• W2091236552 cites W1968598896 @default.
• W2091236552 cites W1971389386 @default.
• W2091236552 cites W1972210057 @default.
• W2091236552 cites W1972546185 @default.
• W2091236552 cites W1973544149 @default.
• W2091236552 cites W1973565526 @default.
• W2091236552 cites W1974870527 @default.
• W2091236552 cites W1977182753 @default.
• W2091236552 cites W1981548436 @default.
• W2091236552 cites W1988053616 @default.
• W2091236552 cites W1988539758 @default.
• W2091236552 cites W1989047786 @default.
• W2091236552 cites W1990028197 @default.
• W2091236552 cites W1990169979 @default.
• W2091236552 cites W1991217940 @default.
• W2091236552 cites W1992636615 @default.
• W2091236552 cites W1994282665 @default.
• W2091236552 cites W1998288857 @default.
• W2091236552 cites W2002768016 @default.
• W2091236552 cites W2002902707 @default.
• W2091236552 cites W2005283027 @default.
• W2091236552 cites W2008102064 @default.
• W2091236552 cites W2011175634 @default.
• W2091236552 cites W2012218074 @default.
• W2091236552 cites W2012731663 @default.
• W2091236552 cites W2018594834 @default.
• W2091236552 cites W2021786973 @default.
• W2091236552 cites W2021806037 @default.
• W2091236552 cites W2023993159 @default.
• W2091236552 cites W2028402761 @default.
• W2091236552 cites W2030632205 @default.
• W2091236552 cites W2032552814 @default.
• W2091236552 cites W2032869080 @default.
• W2091236552 cites W2034573815 @default.
• W2091236552 cites W2036739558 @default.
• W2091236552 cites W2037506442 @default.
• W2091236552 cites W2038837189 @default.
• W2091236552 cites W2046706612 @default.
• W2091236552 cites W2048983555 @default.
• W2091236552 cites W2049539215 @default.
• W2091236552 cites W2052953728 @default.
• W2091236552 cites W2053618716 @default.
• W2091236552 cites W2054006363 @default.
• W2091236552 cites W2057774871 @default.
• W2091236552 cites W2058695304 @default.
• W2091236552 cites W2060171486 @default.
• W2091236552 cites W2061512179 @default.
• W2091236552 cites W2062263501 @default.
• W2091236552 cites W2062702322 @default.
• W2091236552 cites W2070092896 @default.
• W2091236552 cites W2071113539 @default.
• W2091236552 cites W2072476988 @default.
• W2091236552 cites W2076967547 @default.
• W2091236552 cites W2077539139 @default.
• W2091236552 cites W2078244065 @default.
• W2091236552 cites W2078290819 @default.
• W2091236552 cites W2079624487 @default.
• W2091236552 cites W2080509478 @default.
• W2091236552 cites W2081241273 @default.
• W2091236552 cites W2082832144 @default.
• W2091236552 cites W2085756888 @default.
• W2091236552 cites W2088240437 @default.
• W2091236552 cites W2088422993 @default.
• W2091236552 cites W2089020880 @default.
• W2091236552 cites W2092220630 @default.
• W2091236552 cites W2097616202 @default.
• W2091236552 cites W2116462318 @default.
• W2091236552 cites W2127571733 @default.
• W2091236552 cites W3189164347 @default.
• W2091236552 cites W4233325209 @default.
• W2091236552 cites W4244082442 @default.
• W2091236552 cites W4248132233 @default.
• W2091236552 cites W4248338003 @default.
• W2091236552 cites W4250688870 @default.
• W2091236552 cites W4256321433 @default.
• W2091236552 doi "https://doi.org/10.1016/0370-1573(88)90096-8" @default.
• W2091236552 hasPublicationYear "1988" @default.
• W2091236552 type Work @default.
• W2091236552 sameAs 2091236552 @default.
• W2091236552 citedByCount "18" @default.
• W2091236552 countsByYear W20912365522012 @default.
• W2091236552 countsByYear W20912365522015 @default.
• W2091236552 countsByYear W20912365522016 @default.
• W2091236552 countsByYear W20912365522019 @default.
• W2091236552 countsByYear W20912365522020 @default.
• W2091236552 countsByYear W20912365522021 @default.
• W2091236552 countsByYear W20912365522023 @default.
• W2091236552 crossrefType "journal-article" @default.
• W2091236552 hasAuthorship W2091236552A5009064504 @default.

• next