### Genus-one string amplitudes from conformal field theory

We explore and exploit the relation between non-planar correlators in N$$\mathcal{N}$$= 4 super-Yang-Mills, and higher-genus closed string amplitudes in type IIB string theory. By conformal field theory techniques we construct the genus-one, four-point string amplitude in AdS5× S5 in the low-energ...

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Published in: Journal of High Energy Physics, Vol. 2019, No. 6 (2019), p. 1-36 ; electronic Article English 1029-8479 Open AccessA r X iv e P rint:1809.10670 Online-Ressource 10.1007/JHEP06(2019)010 Show QR Code
 LEADER 001 02258nma a2200457 c 4500 SPR06528965X DE-601 20190612205138.0 cr uuu---uuuuu 190612s2019 000 0 eng d 7 |a 10.1007/JHEP06(2019)010  |2 doi 8 |a JHEP06(2019)010 |a JHEP06(2019)010 |b ger  |c GBVCP 0 |a eng 1 |a Alday, F. 1 0 |a Genus-one string amplitudes from conformal field theory  |h Elektronische Ressource |a Online-Ressource |a Open Access |a A r X iv e P rint:1809.10670 |a We explore and exploit the relation between non-planar correlators in N$$\mathcal{N}$$= 4 super-Yang-Mills, and higher-genus closed string amplitudes in type IIB string theory. By conformal field theory techniques we construct the genus-one, four-point string amplitude in AdS5× S5 in the low-energy expansion, dual to an N$$\mathcal{N}$$= 4 super-Yang-Mills correlator in the ’t Hooft limit at order 1/c2 in a strong coupling expansion. In the flat space limit, this maps onto the genus-one, four-point scattering amplitude for type II closed strings in ten dimensions. Using this approach we reproduce several results obtained via string perturbation theory. We also demonstrate a novel mechanism to fix subleading terms in the flat space limit of AdS amplitudes by using string/M-theory. 2 7 |a OriginalPaper  |2 gnd 7 |a AdS-CFT Correspondence  |2 gnd 7 |a Conformal Field Theory  |2 gnd 7 |a Gauge-gravity correspondence  |2 gnd 7 |a Supersymmetric Gauge Theory  |2 gnd 0 0 |A f  |a OriginalPaper 0 |5 DE-601 1 0 |A s  |a AdS-CFT Correspondence 1 1 |A s  |a Conformal Field Theory 1 2 |A s  |a Gauge-gravity correspondence 1 3 |A s  |a Supersymmetric Gauge Theory 1 |5 DE-601 1 |a Bissi, Agnese 1 |a Perlmutter, Eric 0 8 |i in  |t Journal of High Energy Physics  |d Berlin : Springer  |g Vol. 2019, No. 6 (2019), p. 1-36  |q 2019:6<1-36  |w (DE-601)SPR047830530  |x 1029-8479 4 1 |u http://dx.doi.org/10.1007/JHEP06(2019)010  |z OA  |3 Volltext |a GBV_SPRINGER |a OPENACCESS |a AR |d 2019  |j 2019  |e 6  |c 06  |h 1-36