(Communicated by the associate editor name) Abstract. We give the first natural examples of Calderón-Zygmund operators in the theory of analysis on post-critically finite self-similar fractals. This is achieved by showing that the purely imaginary Riesz and Bessel potentials on nested fractals with 3 or more boundary points are of this type. It follows that these operators are bounded on Lp, 1 < p < ∞ and satisfy weak 1-1 bounds. The analysis may be extended to infinite blow-ups of these fractals, and to product spaces based on the fractal or its blow-up. 1. Introduction. Comple
The recent field of analysis on fractals has been studied under a probabilistic and analytic point o...
We introduce the notion of boundary representation for fractal Fourier expansions, starting with a f...
Starting from a finitely ramified self-similar set X we can construct an unbounded set X!1? by blowi...
Abstract. In this survey article, we investigate the spectral properties of fractal differential ope...
AbstractKigami has defined an analog of the Laplacian on a class of self-similar fractals, including...
Kigami has defined an analog of the Laplacian on a class of self-similar fractals, including the fam...
AbstractWe construct function spaces, analogs of Hölder–Zygmund, Besov and Sobolev spaces, on a clas...
The study of self-adjoint operators on fractal spaces has been well developed on specific classes of...
This thesis investigates the spectral zeta function of fractal differential operators such as the La...
We prove a strong maximum principle for Schrödinger operators defined on a class of postcritically f...
An analogue to the theory of Riesz potentials and Liouville operators in R for arbitrary fractal d...
We establish an asymptotic formula for the eigenvalue counting function of the Schrödinger operator...
We introduce the notion of boundary representation for fractal Fourier expansions, starting with a f...
R. S. Strichartz proposes a discrete definition of Besov spaces on self-similar fractals having a re...
This thesis explores the theory and applications of analysis on fractals. In the first chapter, we p...
The recent field of analysis on fractals has been studied under a probabilistic and analytic point o...
We introduce the notion of boundary representation for fractal Fourier expansions, starting with a f...
Starting from a finitely ramified self-similar set X we can construct an unbounded set X!1? by blowi...
Abstract. In this survey article, we investigate the spectral properties of fractal differential ope...
AbstractKigami has defined an analog of the Laplacian on a class of self-similar fractals, including...
Kigami has defined an analog of the Laplacian on a class of self-similar fractals, including the fam...
AbstractWe construct function spaces, analogs of Hölder–Zygmund, Besov and Sobolev spaces, on a clas...
The study of self-adjoint operators on fractal spaces has been well developed on specific classes of...
This thesis investigates the spectral zeta function of fractal differential operators such as the La...
We prove a strong maximum principle for Schrödinger operators defined on a class of postcritically f...
An analogue to the theory of Riesz potentials and Liouville operators in R for arbitrary fractal d...
We establish an asymptotic formula for the eigenvalue counting function of the Schrödinger operator...
We introduce the notion of boundary representation for fractal Fourier expansions, starting with a f...
R. S. Strichartz proposes a discrete definition of Besov spaces on self-similar fractals having a re...
This thesis explores the theory and applications of analysis on fractals. In the first chapter, we p...
The recent field of analysis on fractals has been studied under a probabilistic and analytic point o...
We introduce the notion of boundary representation for fractal Fourier expansions, starting with a f...
Starting from a finitely ramified self-similar set X we can construct an unbounded set X!1? by blowi...