homotopy |
perturbation |
As nouns the difference between homotopy and perturbation
is that
homotopy is (topology) a continuous deformation of one continuous function to another while
perturbation is (uncountable) agitation; the state of being perturbed.
homotopy |
homology |
In topology terms the difference between homotopy and homology
is that
homotopy is a system of groups associated to a topological space while
homology is a theory associating a system of groups to each topological space.
homotopy |
homomorphism |
As nouns the difference between homotopy and homomorphism
is that
homotopy is (topology) a continuous deformation of one continuous function to another while
homomorphism is (algebra) a structure-preserving map between two algebraic structures, such as groups, rings, or vector spaces.
homotopy |
homeomorphism |
In topology terms the difference between homotopy and homeomorphism
is that
homotopy is a system of groups associated to a topological space while
homeomorphism is a continuous bijection from one topological space to another, with continuous inverse.
homotropy |
homotopy |
As nouns the difference between homotropy and homotopy
is that
homotropy is (botany) a disposition of opposed, asymmetric leaves where a pair of leaves]] is [[rotational symmetry|rotationally symetric while
homotopy is (topology) a continuous deformation of one continuous function to another.
homotypy |
homotopy |
As nouns the difference between homotypy and homotopy
is that
homotypy is (biology|dated) serial homology while
homotopy is (topology) a continuous deformation of one continuous function to another.
homotopy |
homotops |
As nouns the difference between homotopy and homotops
is that
homotopy is (topology) a continuous deformation of one continuous function to another while
homotops is .
homotopy |
homotop |
As nouns the difference between homotopy and homotop
is that
homotopy is a continuous deformation of one continuous function to another while
homotop is any of a group of structures related by homotopy.
homotopy |
fibration |
As nouns the difference between homotopy and fibration
is that
homotopy is (topology) a continuous deformation of one continuous function to another while
fibration is (algebraic topology) a continuous mapping satisfying the homotopy lifting property with respect to any space.
homotopy |
homotope |
As a noun homotopy
is (topology) a continuous deformation of one continuous function to another.
As a verb homotope is
(topology|transitive) to define or demonstrate a homotopy of (one map with another).
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