On The Spectral Geometry For The Jacobi Operators Of Harmonic Maps Into Product Manifolds Of Quaternionic Projective Spaces
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We extend T. Y. Thomas's approach to the projective structures, over the complex analytic category, by involving the $\rho$-connections. This way, a better control of the projective flatness is obtained and, consequently, we have, for example, the following application: if the twistor space of a quaternionic manifold $P$ is endowed with a complex projective structure then $P$ can be locally identified, through quaternionic diffeomorphisms, with the quaternionic projective space.
Quaternionic projective space
Twistor space
Flatness (cosmology)
Real projective space
Manifold (fluid mechanics)
Projective unitary group
Pencil (optics)
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Harmonic
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Rank (graph theory)
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Complex space
Linear form
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Spaces in the genus of infinite quaternionic projective space which admit essential maps from infinite complex projective space are classified. In these cases the sets of homotopy classes of maps are described explicitly. These results strengthen the classical theorem of McGibbon and Rector on maximal torus admissibility for spaces in the genus of infinite quaternionic projective space. An interpretation of these results in the context of Adams-Wilkerson embedding in integral K -theory is also given.
Real projective space
Quaternionic projective space
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Homogeneous coordinates
Quaternionic projective space
Manifold (fluid mechanics)
Local coordinates
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Journal Article THE HOMOTOPY CLASSIFICATION OF SELF-MAPS OF INFINITE QUATERNIONIC PROJECTIVE SPACE Get access GUIDO MISLIN GUIDO MISLIN Search for other works by this author on: Oxford Academic Google Scholar The Quarterly Journal of Mathematics, Volume 38, Issue 2, June 1987, Pages 245–257, https://doi.org/10.1093/qmath/38.2.245 Published: 01 June 1987 Article history Received: 06 May 1986 Published: 01 June 1987
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