The Schramm-Loewner Evolution, or SLE, is a chain of random compact sets that allows us to generate any random curve that satis es conformal invariance as well as the domain Markov property. Its construction goes through the solution of a random version of Loewner's deterministic equation: @tgt(z) = 2 gt(z) f(t) g0(z) = z where the continuous function f is replaced by a stochastic process p kB, where k is a positive constant and B a Brownian motion. This construction enables the inclusion of stochastic calculus tools in the study of the curves generated by the SLE. The main objective of this thesis is to provide an accessible and introductory description of SLE. To do this, Loewner's theorems, which allows us to establish bijections between families of hulls and families of biholomorphisms properly normalized in 1, as well as between real continuous functions of real variable and familie...

The Schramm-Loewner Evolution, or SLE, is a chain of random compact sets that allows us to generate any random curve that satis es conformal invariance as well as the domain Markov property. Its construction goes through the solution of a random version of Loewner's deterministic equation: @tgt(z) = 2 gt(z) f(t) g0(z) = z where the continuous function f is replaced by a stochastic process p kB, where k is a positive constant and B a Brownian motion. This construction enables the inclusion of stochastic calculus tools in the study of the curves generated by the SLE. The main objective of this thesis is to provide an accessible and introductory description of SLE. To do this, Loewner's theorems, which allows us to establish bijections between families of hulls and families of biholomorphisms properly normalized in 1, as well as between real continuous functions of real variable and familie...