Intersection forms (Ex)

From Manifold Atlas
(Difference between revisions)
Jump to: navigation, search
m
m
Line 1: Line 1:
<wikitex>;
<wikitex>;
Determine the [[Intersection form|intersection forms]] of the following $2k$-manifolds:
Determine the [[Intersection form|intersection forms]] of the following $2k$-manifolds:
* $F_g$ an oriented surface of genus $g$
+
# $F_g$ an oriented surface of genus $g$
* $S^2 \times S^2$
+
# $S^2 \times S^2$
* $S^2 \tilde \times S^2$, the total space of the non-trivial linear $S^2$-bundle over $S^2$
+
# $S^2 \tilde \times S^2$, the total space of the non-trivial linear $S^2$-bundle over $S^2$
* $\CP^2$
+
# $\CP^2$
* $M_1 \times M_2$, where $M_i$ are manifolds of dim $k$ and $4-k$, $k \leq 3$
+
# $M_1 \times M_2$, where $M_i$ are manifolds of dim $k$ and $4-k$, $k \leq 3$
* $S^4 \times S^4$
+
# $S^4 \times S^4$
* $\Hh P^2$
+
# $\Hh P^2$
* $\CP^4$
+
# $\CP^4$
* $\Oo P^2$
+
# $\Oo P^2$
Determine the [[Wikipedia:Signature_(topology)|signatures]] of the manifolds above.
Determine the [[Wikipedia:Signature_(topology)|signatures]] of the manifolds above.

Latest revision as of 05:30, 3 January 2019

Determine the intersection forms of the following 2k-manifolds:

  1. F_g an oriented surface of genus g
  2. S^2 \times S^2
  3. S^2 \tilde \times S^2, the total space of the non-trivial linear S^2-bundle over S^2
  4. \CP^2
  5. M_1 \times M_2, where M_i are manifolds of dim k and 4-k, k \leq 3
  6. S^4 \times S^4
  7. \Hh P^2
  8. \CP^4
  9. \Oo P^2

Determine the signatures of the manifolds above.

Personal tools
Namespaces
Variants
Actions
Navigation
Interaction
Toolbox