**Exponential** may refer to any of several mathematical topics related to **exponentiation**, including:

- Exponential function, also:
- Matrix exponential, the matrix analogue to the above

- Exponential decay, decrease at a rate proportional to value
- Exponential discounting, a specific form of the discount function, used in the analysis of choice over time
- Exponential growth, where the growth rate of a mathematical function is proportional to the function's current value
- Exponential map, in differential geometry
- Exponential notation, also known as scientific notation, or standard form
- Exponential object, in category theory
- Exponential time, in complexity theory
- in probability and statistics:
- Exponential distribution, a family of continuous probability distributions
- Exponential family, sometimes used in place of "exponential family"
- Exponential smoothing, a technique that can be applied to time series data

- Exponential type or function type, in type theory
- Topics listed at list of exponential topics

**Exponential** may also refer to:

- Exponential Technology, a vendor of PowerPC microprocessors

### Other articles related to "exponential, exponentials":

Double

... A double

**Exponential**Function... A double

**exponential**function is a constant raised to the power of an**exponential**function ... formula is, which grows much more quickly than an**exponential**function ... Factorials grow faster than**exponential**functions, but much slower than double-**exponential**functions ...Expressions For Lorentz Transformations of Bispinors

... The

... The

**exponential**is the**exponential**map, in this case the matrix**exponential**defined by putting the matrix into the usual power series for the**exponential**function ...Lie Product Formula

... complex matrices A and B, where eA denotes the matrix

... complex matrices A and B, where eA denotes the matrix

**exponential**of A ... This formula is an analogue of the classical**exponential**law which holds for all real or complex numbers x and y ... If x and y are replaced with matrices A and B, and the**exponential**replaced with a matrix**exponential**, it is usually necessary for A and B to commute for the law to still hold ...Six

... The

**Exponential**s Theorem - Generalization To Commutative Group Varieties... The

**exponential**function uniformizes the**exponential**map of the multiplicative group ... The six**exponential**theorem can be thus reformulated in a more abstract manner as follows In this way the statement of the six**exponentials**theorem can be generalized to an arbitrary commutative group variety over ... of the generalization.) This generalized six**exponential**conjecture, however, seems out of scope at the current state of transcendental number theory ...Main Site Subjects

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