Clifford analysis

E801054

Clifford analysis is a branch of mathematical analysis that generalizes complex analysis to higher dimensions using Clifford algebras and Dirac-type operators.

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Predicate Object
instanceOf branch of mathematical analysis
developedFrom classical complex function theory
work of William Kingdon Clifford
develops boundary value problem methods
function theory in Euclidean space
extendsTo higher-dimensional spaces
generalizes complex analysis
generalizesConcept Cauchy–Riemann equations NERFINISHED
holomorphic functions
hasApplicationIn computer vision
control theory
elasticity theory
electromagnetism
image processing
signal processing
hasKeyObject Cauchy kernel
Clifford-valued differential forms
monogenic function
hasTool Bergman spaces
Cauchy integral formula NERFINISHED
Clifford wavelets NERFINISHED
Clifford-Fourier transform NERFINISHED
Hardy spaces
isBasedOn Clifford algebras NERFINISHED
Dirac operator NERFINISHED
multivector calculus
isConnectedTo geometric calculus
hypercomplex analysis
quaternionic analysis
spinor fields
isPartOf geometric analysis
harmonic analysis
isRelatedTo Dirac equation NERFINISHED
mathematical physics
partial differential equations
potential theory
quantum mechanics
representation theory
spin geometry
studies Clifford-valued functions
Dirac-type operators
monogenic functions
uses Clifford algebra NERFINISHED
usesOperator Cauchy transform NERFINISHED
Dirac operator NERFINISHED
Laplacian NERFINISHED

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geometric calculus relatedTo Clifford analysis