Paper Title:
Functions Analytic at Infinity and Normality
Published on:
14 March 2024
Primary Category:
Mathematical Physics
Paper Authors:
Tristram de Piro
Defines functions analytic at infinity via convergent power series for large inputs
Considers functions with very moderate and moderate decrease rates
Defines quasi normal and quasi split normal classes of well-behaved functions
Gives examples like the Newtonian potential and proves they are normal
Shows Fourier transforms can be defined for these function classes
Functions Defined at Infinity and Normal Behavior
This paper explores the notion of functions that are analytic at infinity, meaning they have convergent power series representations for large inputs. Several classes of well-behaved functions are defined, including those with very moderate decrease, moderate decrease, quasi normal, and quasi split normal. Examples are given, and key properties like the existence of Fourier transforms are established.
Characterizing two-sided sequences with bell curve-like properties
Branching processes determine range of random analytic functions
Fundamental properties of Dirichlet series convergence
Unconditional convergence of Fourier series
Nonlocal approximations of Sobolev norms
Estimating large power coefficients for analytic functions
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