The first part of the course will be devoted to some of the classical results about mapping class groups of finite-type surfaces. Topics may include: generation by twists, Nielsen-Thurston classification, abelianization, isomorphic rigidity, geometry of combinatorial models. In the second part we will explore some aspects of "big" mapping class groups, highlighting the analogies and differences with their finite-type counterparts, notably around isomorphic rigidity, abelianization, and geometry of combinatorial models
Singular euclidean structures on surfaces are a key tool in the study of the mapping class group, of...
K3 surfaces provide a meeting ground for geometry (algebraic, differential), arithmetic, and dynamic...
K3 surfaces provide a meeting ground for geometry (algebraic, differential), arithmetic, and dynamic...
The first part of the course will be devoted to some of the classical results about mapping class gr...
The first part of the course will be devoted to some of the classical results about mapping class gr...
The first part of the course will be devoted to some of the classical results about mapping class gr...
The first part of the course will be devoted to some of the classical results about mapping class gr...
I will start by describing the Teichmuller space of a surface of finite type from the perspective of...
I will start by describing the Teichmuller space of a surface of finite type from the perspective of...
I will start by describing the Teichmuller space of a surface of finite type from the perspective of...
I will start by describing the Teichmuller space of a surface of finite type from the perspective of...
I will start by describing the Teichmuller space of a surface of finite type from the perspective of...
The mapping class group of a surface has been well studied, particularly for compact surfaces and al...
This thesis investigates mapping class groups of infinite-type surfaces, also called big mapping cla...
Singular euclidean structures on surfaces are a key tool in the study of the mapping class group, of...
Singular euclidean structures on surfaces are a key tool in the study of the mapping class group, of...
K3 surfaces provide a meeting ground for geometry (algebraic, differential), arithmetic, and dynamic...
K3 surfaces provide a meeting ground for geometry (algebraic, differential), arithmetic, and dynamic...
The first part of the course will be devoted to some of the classical results about mapping class gr...
The first part of the course will be devoted to some of the classical results about mapping class gr...
The first part of the course will be devoted to some of the classical results about mapping class gr...
The first part of the course will be devoted to some of the classical results about mapping class gr...
I will start by describing the Teichmuller space of a surface of finite type from the perspective of...
I will start by describing the Teichmuller space of a surface of finite type from the perspective of...
I will start by describing the Teichmuller space of a surface of finite type from the perspective of...
I will start by describing the Teichmuller space of a surface of finite type from the perspective of...
I will start by describing the Teichmuller space of a surface of finite type from the perspective of...
The mapping class group of a surface has been well studied, particularly for compact surfaces and al...
This thesis investigates mapping class groups of infinite-type surfaces, also called big mapping cla...
Singular euclidean structures on surfaces are a key tool in the study of the mapping class group, of...
Singular euclidean structures on surfaces are a key tool in the study of the mapping class group, of...
K3 surfaces provide a meeting ground for geometry (algebraic, differential), arithmetic, and dynamic...
K3 surfaces provide a meeting ground for geometry (algebraic, differential), arithmetic, and dynamic...