## Organizers

Dynamics, geometry, sculpture, animation, fabrication, visualization

Geometric modeling, morphogenesis, 3D printing, 3-manifold topology

Geometry of surfaces, geometric algorithms, and mathematical illustration

Geometric topology, visualizations for education and outreach

Geometric structures, Teichmüller theory, hyperbolic geometry

Algebraic number theory, modular forms, visualization for exploration/outreach

Probability, combinatorics, computer visualization, laser cutting, puzzles, LEGO

Representation theory

Complex dynamics, animations illustrating dynamical phenomena

Number theory, geometry, harmonic analysis

Hyperbolic space, virtual reality, textiles, 3D printing

Geometric topology, group theory, computation

Geometry, topology, dynamics, computer exploration

Three-manifolds, hyperbolic geometry, 3D printing, virtual/augmented reality

Number theory, Kleinian groups, computer visualization/experimentation

3D printing, computational design, knot theory, graph theory, machine knitting

## Semester Participants

Configuration spaces, hyperbolic origami

Cellular automata, Celtic knots, combinatorics, algorithmic/generative art

Arithmetic geometry, number theory, geometry

Algebraic geometry, virtual reality

Algebraic curves & surfaces, numerical algebraic geometry, 3D printing

Knotted surfaces, 4D polytopes, high dim fractals, 3D/4D rendering

Dynamics, geometry, topology, numerical experiments, applets

Geometry, group theory, dynamics

Billiards, laser cutting, outreach, active learning

Algebraic geometry, number theory, interactive art, crochet

Logarithmic/phi-based spirals, pattern generation, stop-motion animation

Self-similar sets, complex dynamics, 3D printing, complex trees, animations

Symmetry, complex analysis, geometry, exposition

Hyperbolic geometry, 3-manifolds, Hilbert's 3rd problem

Number theory, inverse Galois theory, Diophantine equations, sequences

Math objects beyond plastic, CNC/CAM, discrete differential geometry, tilings

Number theory, visualization/experimentation for education

Geometry, topology, sewing, math communication, writing

Geometric group theory, hyperbolic geometry, cube complexes, topology

Computational number theory, Belyi maps

Braid theory, animations showing a mathematical understanding

Point set representations, data structures, cellular automata

Low dimensional topology, non-euclidean geometry, algebraic geometry

Public math outreach, three-dimensional physical models, polyhedral compounds

interactive visualization of moduli spaces

Mathematical knitting, laser cutting, Catalan solids

## Visiting Participants

Topology, geometry, and mathematical art

Aperiodic tilings, generative art, live-coding

Differential geometry, differential topology, visualization

Discrete geometry, circle packing, 3D printing

Group theory, computer graphics

Differential geometry, fluid dynamics, mathematical visualization

Number theory, Diophantine equations, linear recurrence sequences

Algebra, number theory, visualization for education

Classifying spaces, fabric/clothing design, 3D printing

Quaternions, 4D interfaces, protein and shape matching, visualization

Geometric modeling, computational mathematics

Mapping diagrams to visualize functions, linear algebra, geometry

Differential geometry, geometric evolution, educational visualization

Number theory, Diophantine equations, crochet, oil painting

Visualization of geometric structures, discrete groups, dynamical systems

Geometrical sculpture for CAD/CAM media

Knots, games, magic, communication

SET, group theory, Apollonian circle packings, Euclideanity

Computational textiles, graph drawing, education

Paneling for NURBS geometry, 3D modeling software development

Non-Euclidean geometry, roguelike games, programming complex stuff

Triangulations, flat metrics with conical singularities, differential geometry

Algebraic geometry, history, 3D printing, sculpture, math-in-glass, jewelry

Circle packings, fractals, hyperbolic geometry

Manifold learning on knots, visualizing data clouds

Mathematics and arts, geometry, topology, pedagogical models

Fractals, binary trees, digital art, polyhedra and polytopes

3D visualisation of surfaces in Blender, 2D illustration, WebGL with javascript

Visualizations explaining math to a wider audience, continued fractions

Renormalization, relationships with physics

Tropical geometry, algebraic geometry, graph theory

Hyperbolic geometry, illustrating geometry, gamification of math

Visualization, polytopes, honeycombs, non-Euclidean geometry, programming

Physical simulation, differential geometry, visualization

Dynamics and geometry, billiards, public outreach, storytelling, performance

Teaching and pedagogy, outreach

Subfactors, mathematical physics, diagrammatic category theory

Geometric topology, visualization, pedagogy

Tilings, knots, color, product design, laser cutting, exploring new materials

Topology, representation theory, diagrammatic methods

Architectural geometry, computational fabrication, mathematical illustration

Representation theory, quantum groups, combinatorics

Math Makerlab at GMU, primarily focused on 3D printing

Math & science illustration, visualizing the invisible, procedural CGI, 2D & 3D art

Circle packing, discrete conformal geometry, conformal tilings

Computational physics, art, computer graphics, 3D printing, data wrangling

Geometric knot theory, CMC surfaces, mathematical visualization

Interactive visualizations of topology, virtual reality

Interactive communication and design, visualization, information geometry

Topological data analysis, 3D printing and laser cutting, reifying mathematics

Geometry/topology software and lectures for the general public

Number theory, representation theory, visualization, graphic design

Mathematical language and notation, computer graphics, interactive diagrams