Number Fields Associated to Hyperbolic 3-Manifolds Nathan Dunfield, Grace Work, Mark Abordo, Vijay Bhattiprolu, Yeabin Moon, Yan Zhou This semester our project focussed on two primary goals. First, given a finite collect

Source URL: www.math.illinois.edu

• Topology
• Space
• Geometry
• 3-manifolds
• Hyperbolic geometry
• Geometric topology
• Riemannian manifolds
• Hyperbolic 3-manifold
• Manifold
• Hyperbolic manifold
• Whitehead link
• Topological manifold

Research Statement: Casey Donoven The Cantor space is the set of all infinite sequences over a finite alaphabet X, which is a both a topological and metric space. My research to date has focused on studying structures re

Source URL: www-groups.mcs.st-and.ac.uk

• Fractals
• Dimension theory
• Georg Cantor
• Mathematical structures
• Topological spaces
• Cantor space
• Self-similarity
• Topology
• Hausdorff dimension
• Space
• Homeomorphism
• Invariant

Double Conformal Mapping: A Finite Mathematics to Model an Infinite World Steven Lehar Abstract. The conformal model of Geometric Algebra suggests an intimate connection between mathematics and perception, in particular

Source URL: cns-alumni.bu.edu

• Geometry
• Mathematics
• Space
• Map projections
• Euclidean geometry
• Topological spaces
• Conformal geometry
• Differential geometry
• Conformal map
• Stereographic projection
• Euclidean space
• Plane

Towards Timed Models for Cyber-Physical Security Protocols Max Kanovich∗ , Tajana Ban Kirigin† , Vivek Nigam‡ , Andre Scedrov§ and Carolyn Talcott¶ ∗ ∗

Source URL: software.imdea.org

• Multiplexing
• Concurrency
• Diagrams
• Petri net
• T-carrier
• Finite topological space
• Relaxation
• Futures and promises
• Mathematics
• Abstraction
• Software engineering

A new type of a locally finite topological space and its applications

Source URL: icms.org.uk

Motivation Ingredients Examples Main result Proof ideas

Source URL: www.imar.ro

• Equivariant map
• Representation theory
• Finite topological space
• Functor
• Topological space
• Operator K-theory
• Approximately finite dimensional C*-algebra
• Topology
• Mathematics
• Abstract algebra

Homework I: Point-Set Topology and Surfaces due 28 Oct, Some Point-Set Problems A We define the half-infinite topology on R to be generated by the set of all intervals [a, ∞), for all a ∈ R, along with the emp

Source URL: www.paulbendich.com

• Topological manifold
• Manifold
• Connected space
• Finite topological space
• Closed set
• Compact space
• Subspace topology
• Open set
• Homeomorphism
• Topology
• General topology
• Topological spaces

Topics in Analysis Examples Sheet 4 W. T. G. 1. (i) For each n let Fn be the nth Fibonacci number, with F1 = F2 = 1. Prove the 2

Source URL: www.dpmms.cam.ac.uk

• Hausdorff space
• Uniform space
• Baire space
• Continuous function
• Subspace topology
• Finite topological space
• Metric space
• Homeomorphism
• Compact space
• Topology
• General topology
• Topological spaces

Abstract This note answers a question of Kechris: if H < G is a normal subgroup of a countable group G, H has property MD and G/H is amenable and residually finite then G also has property MD. Under the same hypothesis w

Source URL: www.math.rutgers.edu

• Group theory
• Topological groups
• Quantum mechanics
• Amenable group
• Geometric group theory
• Group action
• Von Neumann algebra
• Hilbert space
• Ergodic theory
• Abstract algebra
• Algebra
• Operator theory

´ DUALITY IN P.A. SMITH THEORY POINCARE CHRISTOPHER ALLDAY, BERNHARD HANKE, AND VOLKER PUPPE Abstract. Let G = S 1 , G = Z/p or more generally G be a finite pgroup, where p is an odd prime. If G acts on a space whose co

Source URL: www.math.uni-augsburg.de

• Algebraic topology
• Betti number
• Topological graph theory
• Lefschetz fixed-point theorem
• Duality
• Inner product space
• Representation theory of finite groups
• Heat equation
• Mathematics
• Abstract algebra
• Algebra