Difference between revisions of "Orientations of Cauchy-Riemann sections"
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[[table of contents]] | [[table of contents]] | ||
| − | '''TODO:''' Port the classical orientation constructions - arising from the [[brane structure]] on each Lagrangian involving a relative spin (or pin) structure - into polyfold context, and combine with natural orientations for sphere bubble trees in [[https://arxiv.org/pdf/1107.2097.pdf HWZ-GW]] | + | '''TODO:''' Port the classical orientation constructions - arising from the [[brane structure]] on each Lagrangian involving a relative spin (or pin) structure - into polyfold context, and combine with natural orientations for sphere bubble trees in [[https://arxiv.org/pdf/1107.2097.pdf 5.10-11, HWZ-GW]] |
Literature suggestions for disks and polygons : FOOO, [https://arxiv.org/abs/1207.5471 P.Georgieva], [1503.07803 W.Woodward preprint] | Literature suggestions for disks and polygons : FOOO, [https://arxiv.org/abs/1207.5471 P.Georgieva], [1503.07803 W.Woodward preprint] | ||
Make sure this fits with polyfold application in [[Coherent orientations on the regularized moduli spaces]] | Make sure this fits with polyfold application in [[Coherent orientations on the regularized moduli spaces]] | ||
Latest revision as of 19:23, 7 June 2017
TODO: Port the classical orientation constructions - arising from the brane structure on each Lagrangian involving a relative spin (or pin) structure - into polyfold context, and combine with natural orientations for sphere bubble trees in [5.10-11, HWZ-GW]
Literature suggestions for disks and polygons : FOOO, P.Georgieva, [1503.07803 W.Woodward preprint]
Make sure this fits with polyfold application in Coherent orientations on the regularized moduli spaces
