Category:Gamma Function
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This category contains results about the Gamma function.
Definitions specific to this category can be found in Definitions/Gamma Function.
The gamma function $\Gamma: \C \setminus \Z_{\le 0} \to \C$ is defined, for the open right half-plane, as:
- $\ds \map \Gamma z = \map {\MM \set {e^{-t} } } z = \int_0^{\to \infty} t^{z - 1} e^{-t} \rd t$
where $\MM$ is the Mellin transform.
For all other values of $z$ except the non-positive integers, $\map \Gamma z$ is defined as:
- $\map \Gamma {z + 1} = z \map \Gamma z$
Subcategories
This category has the following 18 subcategories, out of 18 total.
D
E
G
- Gamma Difference Equation (3 P)
K
P
- Pfaff's Transformation (2 P)
- Pfaff-Saalschütz Theorem (3 P)
T
- Thomae's Transformation (2 P)
W
Pages in category "Gamma Function"
The following 63 pages are in this category, out of 63 total.
A
B
D
- Definite Integral to Infinity of Exponential of -x by Logarithm of x
- Definite Integral to Infinity of Power of x over Hyperbolic Sine of a x
- Derivative of Gamma Function
- Derivative of Gamma Function at 1
- Dixon's Hypergeometric Theorem
- Dougall's Hypergeometric Theorem
- Dougall's Hypergeometric Theorem/Corollary 1
- Dougall's Hypergeometric Theorem/Corollary 2
- Dougall's Hypergeometric Theorem/Corollary 3
- Dougall's Hypergeometric Theorem/Corollary 4
- Dougall's Hypergeometric Theorem/Corollary 5
- Dougall's Hypergeometric Theorem/Corollary 6
- Dougall-Ramanujan Identity
E
G
- Gamma Difference Equation
- Gamma Function as Integral of Natural Logarithm
- Gamma Function Extends Factorial
- Gamma Function for Non-Negative Integer Argument
- Gamma Function is Continuous on Positive Reals
- Gamma Function is Smooth on Positive Reals
- Gamma Function is Unique Extension of Factorial
- Gamma Function of Negative Half-Integer
- Gamma Function of Positive Half-Integer
- Gauss Multiplication Formula
- Gauss's Hypergeometric Theorem