Hardy Spaces on Homogeneous Groups

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A01=Elias M. Stein
A01=Gerald B. Folland
Absolute value
Antiderivative
Antiisomorphism
Approximate identity
Author_Elias M. Stein
Author_Gerald B. Folland
Automorphism
Banach space
Bounded function
Bounded mean oscillation
Boundedness
Category=PBKF
Cauchy-Riemann equations
Central series
Characteristic function (probability theory)
Characterization (mathematics)
Class function (algebra)
Complex analysis
Complex conjugate
Complex number
Continuous function
Convolution
Differential equation
Differential operator
Dimension (vector space)
Dual space
Eigenvalues and eigenvectors
eq_isMigrated=1
eq_isMigrated=2
eq_nobargain
Equivalence class
Euclidean vector
Existential quantification
Exponential map (Lie theory)
Fatou's theorem
Fourier transform
Function (mathematics)
Green's theorem
Hardy space
Harmonic analysis
Harmonic function
Heat kernel
Heisenberg group
Hilbert space
Holomorphic function
Interpolation theorem
Iwasawa decomposition
Laplace's equation
Lie group
Linear combination
Linear space (geometry)
Lp space
Maximal compact subgroup
Maximal function
Maximum principle
Mean value theorem
One-parameter group
Orthonormal basis
Partial differential equation
Partition of unity
Poisson kernel
Scalar multiplication
Semigroup
Singular integral
Special case
Square (algebra)
Subgroup
Subset
Support (mathematics)
Symmetric space
Theorem
Topological space
Topology
Upper half-plane
Variable (mathematics)
Vector field

Product details

  • ISBN 9780691083100
  • Weight: 397g
  • Dimensions: 152 x 235mm
  • Publication Date: 21 Jun 1982
  • Publisher: Princeton University Press
  • Publication City/Country: US
  • Product Form: Paperback
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The object of this monograph is to give an exposition of the real-variable theory of Hardy spaces (HP spaces). This theory has attracted considerable attention in recent years because it led to a better understanding in Rn of such related topics as singular integrals, multiplier operators, maximal functions, and real-variable methods generally. Because of its fruitful development, a systematic exposition of some of the main parts of the theory is now desirable. In addition to this exposition, these notes contain a recasting of the theory in the more general setting where the underlying Rn is replaced by a homogeneous group. The justification for this wider scope comes from two sources: 1) the theory of semi-simple Lie groups and symmetric spaces, where such homogeneous groups arise naturally as "boundaries," and 2) certain classes of non-elliptic differential equations (in particular those connected with several complex variables), where the model cases occur on homogeneous groups. The example which has been most widely studied in recent years is that of the Heisenberg group.