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Isoclinic $n$-Planes in Euclidean $2n$-Space, Clifford Parallels in Elliptic $(2n-1)$-Space, and the Hurwitz Matrix Equations
 
Isoclinic $n$-Planes in Euclidean $2n$-Space, Clifford Parallels in Elliptic $(2n-1)$-Space, and the Hurwitz Matrix Equations
eBook ISBN:  978-0-8218-9985-4
Product Code:  MEMO/1/41.E
List Price: $19.00
MAA Member Price: $17.10
AMS Member Price: $15.20
Isoclinic $n$-Planes in Euclidean $2n$-Space, Clifford Parallels in Elliptic $(2n-1)$-Space, and the Hurwitz Matrix Equations
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Isoclinic $n$-Planes in Euclidean $2n$-Space, Clifford Parallels in Elliptic $(2n-1)$-Space, and the Hurwitz Matrix Equations
eBook ISBN:  978-0-8218-9985-4
Product Code:  MEMO/1/41.E
List Price: $19.00
MAA Member Price: $17.10
AMS Member Price: $15.20
  • Book Details
     
     
    Memoirs of the American Mathematical Society
    Volume: 11961; 112 pp
    MSC: Primary 51
  • Table of Contents
     
     
    • Chapters
    • Introduction
    • Part I. Isoclinic $n$-planes in $E^{2n}$ and Clifford parallel $(n-1)$-planes in $EL^{2n-1}$
    • 1. The $n$-planes in $E^{2n}$
    • 2. Condition for two $n$-planes in $E^{2n}$ to be isoclinic with each other
    • 3. Maximal sets of mutually isoclinic $n$-planes in $E^2n$ and of mutually Clifford-parallel ($n-1$)-planes in $EL^{2n-1}$. Existence of such maximal sets
    • 4. An application: $n$-dimensional $C^2$-surfaces in $E^{2n}$ with mutually isoclinic tangent $n$-planes
    • 5. Some properties of maximal sets
    • 6. Numbers of non-congruent maximal sets — proof of Theorem 3.4
    • 7. Further properties of maximal sets
    • 8. Maximal sets of mutually isoclinic $n$-planes in $E^{2n}$ as submanifolds of the Grassmann manifold $G(n,n)$ of $n$-planes in $E^{2n}$
    • Part II. The Hurwitz matrix equations
    • 1. Historial remarks
    • 2. Some lemmas on matrices
    • 3. Reduction of real solutions to quasi-solutions
    • 4. Existence of real solutions — the Hurwitz-Radon theorem
    • 5. Construction and properties of the real solutions
    • 6. Further properties of the real solutions
    • 7. The maximal real solutions
    • 8. The cases $n = 2$, $4$, $8$
  • Requests
     
     
    Review Copy – for publishers of book reviews
    Permission – for use of book, eBook, or Journal content
    Accessibility – to request an alternate format of an AMS title
Volume: 11961; 112 pp
MSC: Primary 51
  • Chapters
  • Introduction
  • Part I. Isoclinic $n$-planes in $E^{2n}$ and Clifford parallel $(n-1)$-planes in $EL^{2n-1}$
  • 1. The $n$-planes in $E^{2n}$
  • 2. Condition for two $n$-planes in $E^{2n}$ to be isoclinic with each other
  • 3. Maximal sets of mutually isoclinic $n$-planes in $E^2n$ and of mutually Clifford-parallel ($n-1$)-planes in $EL^{2n-1}$. Existence of such maximal sets
  • 4. An application: $n$-dimensional $C^2$-surfaces in $E^{2n}$ with mutually isoclinic tangent $n$-planes
  • 5. Some properties of maximal sets
  • 6. Numbers of non-congruent maximal sets — proof of Theorem 3.4
  • 7. Further properties of maximal sets
  • 8. Maximal sets of mutually isoclinic $n$-planes in $E^{2n}$ as submanifolds of the Grassmann manifold $G(n,n)$ of $n$-planes in $E^{2n}$
  • Part II. The Hurwitz matrix equations
  • 1. Historial remarks
  • 2. Some lemmas on matrices
  • 3. Reduction of real solutions to quasi-solutions
  • 4. Existence of real solutions — the Hurwitz-Radon theorem
  • 5. Construction and properties of the real solutions
  • 6. Further properties of the real solutions
  • 7. The maximal real solutions
  • 8. The cases $n = 2$, $4$, $8$
Review Copy – for publishers of book reviews
Permission – for use of book, eBook, or Journal content
Accessibility – to request an alternate format of an AMS title
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