In rational dynamics, we prove the existence of a polynomial that satisfies the Topological Collet-Eckmann condition, but which has a recurrent critical orbit that is not Collet-Eckmann. This shows that the converse of the main theorem in [12] does not hold. In interval dynamics, we show that the Collet-Eckmann property for recurrent critical orbits is not a topological invariant for real polynomials with negative Schwarzian derivative. This contradicts a conjecture of Swiatek
This note deals with Julia sets of polynomials. One of the most interesting questions is the classif...
A rational map f is called geometrically finite if every critical point contained in its Julia set i...
In this thesis we investigate degeneration of rational maps and generation of parabolic cycles. Ther...
In this paper, we prove that unicritical polynomials with metrically generic combina-torics of the c...
Abstract. In 1985, Levy used a theorem of Berstein to prove that all hyperbolic topolog-ical polynom...
In this thesis we study the dynamics of real quadratic functions on the interval, and rational funct...
Let I be an interval in the real line R. Among the real polynomials that take I to I, we ask which o...
In this thesis we study the dynamics of real quadratic functions on the interval, and rational funct...
The pressure function p(t) of a non-recurrent map is real analytic on some interval (0,t_*) with t_*...
The pressure function p(t) of a non-recurrent map is real analytic on some interval (0,t_*) with t_*...
Abstract. We study the postcritically-finite maps within the moduli space of com-plex polynomial dyn...
AbstractWe call a rational map f dendrite-critical if all its recurrent critical points either belon...
This paper deals with Julia sets of polynomials and, more general, functions meromorphic on the comp...
We prove that almost every nonregular real quadratic map is Collet- Eckmann and has polynomial recur...
AbstractWe introduce the notion of a rational dynamical system extending the classical notion of a t...
This note deals with Julia sets of polynomials. One of the most interesting questions is the classif...
A rational map f is called geometrically finite if every critical point contained in its Julia set i...
In this thesis we investigate degeneration of rational maps and generation of parabolic cycles. Ther...
In this paper, we prove that unicritical polynomials with metrically generic combina-torics of the c...
Abstract. In 1985, Levy used a theorem of Berstein to prove that all hyperbolic topolog-ical polynom...
In this thesis we study the dynamics of real quadratic functions on the interval, and rational funct...
Let I be an interval in the real line R. Among the real polynomials that take I to I, we ask which o...
In this thesis we study the dynamics of real quadratic functions on the interval, and rational funct...
The pressure function p(t) of a non-recurrent map is real analytic on some interval (0,t_*) with t_*...
The pressure function p(t) of a non-recurrent map is real analytic on some interval (0,t_*) with t_*...
Abstract. We study the postcritically-finite maps within the moduli space of com-plex polynomial dyn...
AbstractWe call a rational map f dendrite-critical if all its recurrent critical points either belon...
This paper deals with Julia sets of polynomials and, more general, functions meromorphic on the comp...
We prove that almost every nonregular real quadratic map is Collet- Eckmann and has polynomial recur...
AbstractWe introduce the notion of a rational dynamical system extending the classical notion of a t...
This note deals with Julia sets of polynomials. One of the most interesting questions is the classif...
A rational map f is called geometrically finite if every critical point contained in its Julia set i...
In this thesis we investigate degeneration of rational maps and generation of parabolic cycles. Ther...