“…The K -ring of the classifying space BQ 2 n of the generalized quaternion group Q 2 n , n ≥ 3, is described classically in [4] and [7]. In this note, we describe these rings in a simpler way, by a minimal set of relations on a minimal set of generators.…”
Section: Introductionmentioning
confidence: 99%
“…the K -order of the main vector bundle over the corresponding spherical forms, in a much shorter way than is done in [7].…”
Section: Introductionmentioning
confidence: 99%
“…The reader may find more about the geometric meaning of these orders and quaternionic spherical forms in [4] and [7].…”
We describe the K -ring of the classifying space of the generalized quaternion group in terms of generators and the minimal set of relations. We also compute the order of the main generator in the truncated rings.
“…The K -ring of the classifying space BQ 2 n of the generalized quaternion group Q 2 n , n ≥ 3, is described classically in [4] and [7]. In this note, we describe these rings in a simpler way, by a minimal set of relations on a minimal set of generators.…”
Section: Introductionmentioning
confidence: 99%
“…the K -order of the main vector bundle over the corresponding spherical forms, in a much shorter way than is done in [7].…”
Section: Introductionmentioning
confidence: 99%
“…The reader may find more about the geometric meaning of these orders and quaternionic spherical forms in [4] and [7].…”
We describe the K -ring of the classifying space of the generalized quaternion group in terms of generators and the minimal set of relations. We also compute the order of the main generator in the truncated rings.
“…The quotient manifold S4"+3/Qk is called the quaternionic spherical space form. D. Pitt [8] studied the structure of K-and KO-nngs of S4"+3/Qk and considered the problem of immersing or embedding S4n+3/Qk in Euclidean space Rm using the techniques of M. F. Atiyah [1] (cf. also [5,Chapter 6] and [6,Chapter …”
Abstract.We determine the orders of the canonical elements in KO-nngs of quaternionic spherical space forms S*" + 3/Qk and apply them to prove the nonexistence theorems of immersions and embeddings of S4" + 3/C?a in Euclidean spaces.
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