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Parallelizations on products of spheres and octonionic geometry : Complex Manifolds

机译:球面和反调几何的乘积的并行化:复杂流形

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A classical theoremof Kervaire states that products of spheres are parallelizable if and only if at least one of the factors has odd dimension. Two explicit parallelizations on Sm × S2h?1 seem to be quite natural, and have been previously studied by the first named author in [32]. The present paper is devoted to the three choices G = G2, Spin(7), Spin(9) of G-structures on Sm × S2h?1, respectively with m + 2h ? 1 = 7, 8, 16 and related with octonionic geometry.
机译:Kervaire的经典定理指出,当且仅当至少一个因子具有奇数维时,球的乘积才是可平行的。关于Sm×S2h?1的两个显式并行化似乎是很自然的,并且先前由[32]中的第一位具名作者进行了研究。本文研究了Sm×S2h?1上G结构的m = 2h?3的三个选择,分别为G = G2,Spin(7),Spin(9)。 1 = 7、8、16,并与八维几何学有关。

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