The examination of roots of constrained polynomials dates back at least to Waring and to Littlewood. However, such delicate structures as fractals and holes have only recently been found. We study the space of roots to certain integer polynomials arising naturally in the context of Calabi-Yau spaces, notably Poincaré and Newton polynomials, and observe various salient features and geometrical patterns
The dynamics of complex cubic polynomials have been studied extensively in the recent years. The mai...
In this paper we survey a large part of the results on polynomials on Banach spaces that have been o...
Abstract. Newton’s method is a root-finding algorithm and Newton basins is the set of initial guesse...
The examination of roots of constrained polynomials dates back at least to Waring and to Littlewood....
We study the Poincar´e polynomials of all known Calabi-Yau three-folds as constrained polynomials of...
In this report, we present a simple geometric generation principle for the fractal that is obtained ...
Because polynomial functions are completely determined by their roots, every property of a polynomia...
Newton's method is a root-finding algorithm and Newton basins is the set of initial guesses that lea...
Newton polyhedra establish a relationship between algebraic geometry and the geometry of polyhedra. ...
In this report, we present a complete theory for the fractal that is obtained when applying Newton's...
The algebraic operation of approximate roots provides a geometric approximation of the zeros of a po...
Tropical refined invariants of toric surfaces constitute a fascinating interpolation between real an...
Newton polygons are constructions over the p-adic numbers used to find information about the roots o...
Basic knowledge in spacial and surface geometryThis Demonstration depicts what many believe is the s...
AbstractWe discuss the butterfly-shaped region Mn in the complex plane which is defined as the set o...
The dynamics of complex cubic polynomials have been studied extensively in the recent years. The mai...
In this paper we survey a large part of the results on polynomials on Banach spaces that have been o...
Abstract. Newton’s method is a root-finding algorithm and Newton basins is the set of initial guesse...
The examination of roots of constrained polynomials dates back at least to Waring and to Littlewood....
We study the Poincar´e polynomials of all known Calabi-Yau three-folds as constrained polynomials of...
In this report, we present a simple geometric generation principle for the fractal that is obtained ...
Because polynomial functions are completely determined by their roots, every property of a polynomia...
Newton's method is a root-finding algorithm and Newton basins is the set of initial guesses that lea...
Newton polyhedra establish a relationship between algebraic geometry and the geometry of polyhedra. ...
In this report, we present a complete theory for the fractal that is obtained when applying Newton's...
The algebraic operation of approximate roots provides a geometric approximation of the zeros of a po...
Tropical refined invariants of toric surfaces constitute a fascinating interpolation between real an...
Newton polygons are constructions over the p-adic numbers used to find information about the roots o...
Basic knowledge in spacial and surface geometryThis Demonstration depicts what many believe is the s...
AbstractWe discuss the butterfly-shaped region Mn in the complex plane which is defined as the set o...
The dynamics of complex cubic polynomials have been studied extensively in the recent years. The mai...
In this paper we survey a large part of the results on polynomials on Banach spaces that have been o...
Abstract. Newton’s method is a root-finding algorithm and Newton basins is the set of initial guesse...