Revision as of 05:05, 26 August 2015 (view source) Tom (talk | contribs) (→‎$q$-Special functions) ← Older edit		Revision as of 23:09, 28 August 2015 (view source) Tom (talk | contribs) (→‎Special sequences) Newer edit →
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	[[Mersenne numbers]]<br />		[[Mersenne numbers]]<br />
	[[Reduced Stirling numbers of the second kind]]<br />		[[Reduced Stirling numbers of the second kind]]<br />

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Revision as of 23:09, 28 August 2015

Special functions are ubiquitous in mathematics and applications of mathematics. The term applies to such a wide range of functions that no single source contains all of them. We aim to remedy this problem.

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Special functions

Airy Ai	45px Airy Bi	Anger function	Barnes $G$	Beta	Binomial
Blancmange function	Dedekind eta	Devil's staircase	Digamma	Dilogarithm	Dirichlet eta
Dirichlet beta	Exponential	Factorial	Gamma	Hadamard gamma
Hyperfactorial	Hypergeometric ${}_pF_q$	Identity function	Upper incomplete gamma	Klein invariant $J$	Log integral
Logarithm	Thomae	Polygamma	Polylogarithm	Partition	Reciprocal gamma
Lambert $W$	Minkowski $?$	Planck radiation	Pochhammer	Ramanujan $\tau$	Riemann-Siegel $Z$
Riemann $\xi$

Automorphic forms and functions
Böhmer integral
Buchstab function
Carlitz-Goss Gamma function
Clausen functions
Dawson function
Debye function
Dickman–de Bruijn function
Dilogarithm
Dirac delta
Dirichlet function
Eisenstein series
Falling factorial
Heaviside step function
Hermite function
Incomplete beta function
Jacobi theta functions
K-function
Legendre chi
Legendre function
Lerch transcendent
Lower incomplete gamma
Mathieu function
Maass forms
Meijer G-function
Modified Struve function
Modular form
Mock modular forms
Mock theta functions
$p$-adic $L$ function
Painlevé transcendents
Riemann Siegel theta function
Riemann theta function
Rising factorial
Sievert integral
Signum
Struve function
Theta functions
Weber function
Weierstrass function

Error functions

Dawson F
Inverse complementary error function

Error functions

Bessel functions

Bessel functions

Riccati-Bessel

Riccati-Bessel $S_n$
Riccati-Bessel $C_n$
Riccati-Bessel $\xi_n$
Riccati-Bessel $\zeta_n$

Kelvin functions

Kelvin functions

Elliptic functions

Elliptic functions (general overview and definitions)

Elliptic $E$

Elliptic $K$

Elliptic $\theta$

Modular $\lambda$

Weierstrass elliptic

Incomplete Elliptic E
Incomplete Elliptic K
Jacobi elliptic functions
Weierstrass $\sigma$

Jacobi Elliptic Functions

Polynomials

Abel $p$	Associated Laguerre L	Bateman $Z$	Bernoulli $B$	Bessel poly	Chebyshev $U$
Chebyshev $T$	Dickson	Euler $E$	Fibonacci	Gegenbauer $C$	Hermite (phys)
Hermite (prob)	Jacobi $P$	Laguerre $L$	Legendre $P$	Lucas

Angelescu polynomials
Bell polynomial
Boole polynomials
Charlier polynomial
Cyclotomic polynomials
Denisyuk polynomials
Hahn polynomial
Humbert polynomials
$q$-Hermite polynomial
Krawtchouk polynomial
Lagrange polynomial
Lommel polynomial
Macdonald polynomials
Mahler polynomial
Meixner polynomial
Meixner-Pollaczek polynomial
Mott polynomial
Narumi polynomials
Neumann polynomial
Padovan polynomials
Peters polynomials
Pidduck polynomial
Pincherle polynomials
Sister Celine's polynomials
Spread polynomial
Touchard polynomial
Rook polynomial
Stirling polynomial

Trigonometric functions

Trigonometric functions Inverse trigonometric functions Hyperbolic trigonometric functions Inverse hyperbolic trigonometric functions $*$-c functions $\ast$-integral functions

Special functions in number theory

Euler totient	Greatest prime factor	Mangoldt	Mertens	Möbius	Liouville $\lambda$
Prime counting	Riemann zeta	Sum of divisors

Chebyshev $\psi$
Chebyshev $\vartheta$
Dirichlet $L$-function
Ramanujan's sum
Riemann prime counting

Zeta functions

A directory of zeta functions.

Hurwitz zeta

Jacobi zeta

Prime zeta $P$

Riemann zeta

Weierstrass zeta

Airy zeta function
Arithmetic zeta function
Arakawa-Kaneko zeta function
Arithmetic zeta function
Artin-Mazur zeta function
Barnes zeta function
Beurling zeta function
Cotangent zeta function
Dedekind zeta function
Epstein zeta function
Fibonacci zeta function
Goss zeta function
Hasse-Weil zeta function
Height zeta function
Igusa zeta function
Ihara zeta function
Lefschetz zeta function
Lerch zeta function
Local zeta function
Matsumoto zeta function
Minakshisudaram-Pleijel zeta function
Motivic zeta function
Multiple zeta function
$p$-adic zeta function
Reciprocal zeta function
Ruelle zeta function
Secant zeta function
Selberg zeta function
Shimizu zeta function
Shintani zeta function
Witten zeta function

$q$-Calculus

Basic Fourier series
$q$-analog
$q$-Bernoulli numbers
$q$-derivative
$q$-numbers

$q$-Special functions

Basic hypergeometric series $\phi$
Basic hypergeometric series $\psi$
Continuous $q$-Hermite polynomials
Exton $q$-exponential
Generalized $q$-Bessel
Hahn-Exton $q$-Bessel
Gosper $q$-sine
Jackson $q$-Bessel (1)
Jackson $q$-Bessel (2)
Jackson $q$-Bessel (3)
LLT polynomials
$q$-Bessel function
$q$-Beta function
$q$-$\cos$
$q$-$\mathrm{Cos}$
$q$-Binomial coefficient
$q$-exponential $e_q$
$q$-exponential $e_{\frac{1}{q}}$
$q$-exponential $E_q$
$q$-exponential $E_{\frac{1}{q}}$
$q$-Fibonacci polynomials
$q$-Gaussian distribution
$q$-Hermite polynomial
$q$-Hypergeometric function
$q$-Pochhammer symbol
q-Pollaczek polynomial
$q$-Polygamma function
$q$-shifted factorial
$q$-$\sin$
$q$-$\mathrm{Sin}$
$q$-Theta function
$q$-ultraspherical polynomial
Tsallis $q$-exponential

$q$-Binomial

$q$-Gamma

$q$-factorial

Euler $\phi$

Special sequences

Associated Stirling numbers of the second kind
Bell numbers
Bernoulli numbers ($B_0 = 1, B_1 = \pm \frac{1}{2}, B_2 = \frac{1}{6}, B_3 = 0, B_4 = −\frac{1}{30}, B_5 = 0, B_6 = \frac{1}{42}, B_7 = 0, B_8 = −\frac{1}{30}$)
Carmichael numbers
Euler numbers
Erdős–Nicolas numbers
Fibonacci sequence
Genocchi numbers
Harmonic number
Lah numbers
Lychrel numbers
Mersenne numbers
Reduced Stirling numbers of the second kind
Stirling numbers of the first kind
Stirling numbers of the second kind

Figurate numbers

Tetrahedral numbers

Polygonal numbers

Decagonal numbers
Dodecagonal numbers
Enneadecagonal numbers
Hendecagonal numbers
Heptadecagonal numbers
Heptagonal numbers
Hexadecagonal numbers
Hexagonal numbers
Icosagonal numbers
Icosidigonal numbers
Icositetragonal numbers
Icositrigonal numbers
Icosihenagonal numbers
Myriagonal numbers
Nonogonal numbers
Octadecagonal numbers
Octagonal numbers
Pentadecagonal numbers
Pentagonal numbers
Rectangular numbers
Square numbers
Tridecagonal numbers
Triangular numbers
Tetradecagonal numbers

Special constants

Apéry's constant ($\zeta(3)=1.2020569031595942854 \ldots$)
Brun's constant ($B_2=1.9021605831\ldots$)
Cahen's constant
Catalan constant ($0.915965594177219015054603514932384110774 \ldots$)
Chaitin's constant
Champernowne constant ($0.12345678910111213141516171819202122232425\ldots$)
Conway's constant ($1.303577269034 \ldots$)
Copeland-Erdős constant ($0.23571113171923...$)
Euler's number ($e=2.71828182846 \ldots$)
Erdős-Borwein Constant ($E=1.606695152415291763\ldots$)
Euler-Mascheroni constant ($\gamma=0.5772156649015328606065120900824024310421593359399235\ldots$)
Feigenbaum constants ($4.669201609102990671853203820466201617258185577475768632745651 \ldots$)
Fransén–Robinson constant ($2.807770242028519365221501186557772932308085920930198291220054 \ldots$)
Gauss' constant
Gelfond constant ($e^{\pi}=23.14069263277926900572908636794854738026610624260021199344504 \ldots$)
Gelfond–Schneider constant ($2^{\sqrt{2}}=2.665144142690225188650297249873139848274211313714659492835979 \ldots$)
Glaisher–Kinkelin constant ($A = 1.2824271291 \ldots$)
Golden ratio ($\phi=1.618033988749894848204586834365638117720309179805762862135448 \ldots$)
Graham's number
Imaginary number ($i=\sqrt{-1}$)
Kaprekar's constant (6174)
Khinchin's constant ($K=2.685452001065306445309714835481795693820382293994462953051152 \ldots$)
Legendre's constant ($B=1$)
Lefschetz number
Lévy's constant
Liouville constant
Mills' constant ($M=1.306377883863080690468614492602605712916784585156713644368053 \ldots$)
Pi ($\pi=3.141592653589793238462643383279502884197169399375105820974944 \ldots$)
$q$-Bernoulli numbers
$\pi_q$
Reciprocal Fibonacci constant
Shallit Constant
Silver ratio ($\delta_s=2.4142135623730950488 \ldots$)
Soldner's Constant ($\mu = 1.45136923488338105028396848589202744949\ldots$)

Numbers

Algebraic number $\overline{\mathbb{Q}}$
Complex number $\mathbb{C}$
Integer $\mathbb{Z}$
Irrational number $\mathbb{R} \setminus \mathbb{Q}$
Natural number $\mathbb{N}$
Prime number
Rational number $\mathbb{Q}$
Real number $\mathbb{R}$
Transcendental number

Tools from calculus

Absolute maximum
Absolute minimum
Analytic continuation
Cell
Continuous
Derivative
Difference equation of hypergeometric type
Doubly periodic function
Fundamental pair of periods
Integration by parts
Laplace transform
Lattice generated by doubly periodic periods
Lebesgue integral
Local maximum
Local minimum
Periodic function
Period parallelogram
Ratio test
Riemann integral
Rolle's theorem
Taylor series
Weierstrass factorization

Other

Functions named after Pafnuty Chebyshev
Functions named after Peter Gustav Lejeune Dirichlet
Functions named after Leonard Euler
Functions named after Carl Gustav Jacob Jacobi
Functions named after Bernhard Riemann
Functions named after Karl Weierstrass

External Links

Higher transcendental functions (Bateman project)
Solution manual to Rainville's "Special Functions"
"Special Functions" by Leon Hall
Relations between special functions by John D. Cook
NIST Digital Library of Mathematical Functions
Mathematical Constants by Steven R. Finch
T.H Koornwinder's list of resources
Victor Moll's proofs of Gradshteyn and Ryzhik integrals
Abramowitz and Stegun
LMFDB, the database of L-functions, modular forms, and related objects.
Phillipe Flajolet's "Analytic Combinatorics"
Gallery of mathematical functions
Online number theory lecture notes and teaching materials
The On-Line Encyclopedia of Integer Sequences
"According to Abramowitz and Stegun" or arccoth needn't be uncouth
OpenMath Content Dictionaries: Special Functions