AbstractWe introduce a semi-algebraic structure on the set of all isotopy classes of non-separating simple closed curves in any compact oriented surface and show that the structure is finitely generated. As a consequence, we produce a natural finite dimensional linear representation of the mapping class group of the surface. Applications to the Teichmüller space, Thurston's measured lamination space, the harmonic Beltrami differentials, and the first cohomology groups of the surface are discussed
Recall that the first homology group H1(G) of a group G is the derived quotient G/[G, G]. The first ...
In the words of Milnor himself, the classification theorem for compact surfaces is a formidable resu...
AbstractWe give a finite presentation of the mapping class group of an oriented (possibly bounded) s...
AbstractWe introduce a semi-algebraic structure on the set of all isotopy classes of non-separatin...
Let S be a connected non-orientable surface with negative Euler characteristic and of finite type. W...
In this short note, we shall give a brief survey on geometric aspects of Meyer’s function following ...
55 pagesLet $S$ be a connected non-orientable surface with negative Euler characteristic and of fini...
AbstractIn [B. Szepietowski, A presentation for the mapping class group of a non-orientable surface ...
The Classification of Surfaces is one of the problems which gave rise to the modern topology. It has...
The Classification of Surfaces is one of the problems which gave rise to the modern topology. It has...
Let C be a compact Riemann surface. Let us consider a finite group acting on CxC, having some elemen...
Abstract. Conditions are given for when a collection of homology classes of a closed oriented surfac...
AbstractThis paper describes a linear representation Ф of the mapping class group M, of an orientabl...
For any k⩾3, I construct infinitely many pairwise smoothly non-isotopic smooth surfaces homeomorphi...
AbstractFor any k⩾3, I construct infinitely many pairwise smoothly non-isotopic smooth surfaces F⊂CP...
Recall that the first homology group H1(G) of a group G is the derived quotient G/[G, G]. The first ...
In the words of Milnor himself, the classification theorem for compact surfaces is a formidable resu...
AbstractWe give a finite presentation of the mapping class group of an oriented (possibly bounded) s...
AbstractWe introduce a semi-algebraic structure on the set of all isotopy classes of non-separatin...
Let S be a connected non-orientable surface with negative Euler characteristic and of finite type. W...
In this short note, we shall give a brief survey on geometric aspects of Meyer’s function following ...
55 pagesLet $S$ be a connected non-orientable surface with negative Euler characteristic and of fini...
AbstractIn [B. Szepietowski, A presentation for the mapping class group of a non-orientable surface ...
The Classification of Surfaces is one of the problems which gave rise to the modern topology. It has...
The Classification of Surfaces is one of the problems which gave rise to the modern topology. It has...
Let C be a compact Riemann surface. Let us consider a finite group acting on CxC, having some elemen...
Abstract. Conditions are given for when a collection of homology classes of a closed oriented surfac...
AbstractThis paper describes a linear representation Ф of the mapping class group M, of an orientabl...
For any k⩾3, I construct infinitely many pairwise smoothly non-isotopic smooth surfaces homeomorphi...
AbstractFor any k⩾3, I construct infinitely many pairwise smoothly non-isotopic smooth surfaces F⊂CP...
Recall that the first homology group H1(G) of a group G is the derived quotient G/[G, G]. The first ...
In the words of Milnor himself, the classification theorem for compact surfaces is a formidable resu...
AbstractWe give a finite presentation of the mapping class group of an oriented (possibly bounded) s...