J-invariant - definitie. Wat is J-invariant
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Wat (wie) is J-invariant - definitie


J-invariant         
  • j}}-invariant as a function of the square of the nome on the unit disk
  • nome]] on the unit disk
  • The fundamental domain of the modular group acting on the upper half plane.
MODULAR FUNCTION OF WEIGHT ZERO DEFINED ON THE UPPER HALF-PLANE OF COMPLEX NUMBERS
Elliptic modular function; Klein's modular function; Klein's absolute invariant; J invariant; Klein absolute invariant; Klein modular function; Klein J-invariant
In mathematics, Felix Klein's -invariant or function, regarded as a function of a complex variable , is a modular function of weight zero for defined on the upper half-plane of complex numbers. It is the unique such function which is holomorphic away from a simple pole at the cusp such that
Invariant (physics)         
IN MATHEMATICS AND THEORETICAL PHYSICS, PROPERTY OF A SYSTEM WHICH REMAINS UNCHANGED UNDER SOME TRANSFORMATION
Invariance (physics); Invariant quantity
In theoretical physics, an invariant is an observable of a physical system which remains unchanged under some transformation. Invariance, as a broader term, also applies to the no change of form of physical laws under a transformation, and is closer in scope to the mathematical definition.
Invariant (mathematics)         
  • operation]] denoted by <math>\circ</math> is the [[function composition]].
PROPERTY OF MATHEMATICAL OBJECTS THAT REMAINS UNCHANGED FOR TRANSFORMATIONS APPLIED TO THE OBJECTS
Invariant (computer science); Invariance (mathematics); Coordinate system invariant; Invariant set; Coordinate invariance; Coordinate system invariance; Programming invariant
In mathematics, an invariant is a property of a mathematical object (or a class of mathematical objects) which remains unchanged after operations or transformations of a certain type are applied to the objects. The particular class of objects and type of transformations are usually indicated by the context in which the term is used.