Big Questions of Finite Permutation Groups - Some Answered, Others Open
Explore key questions in finite permutation group theory, examining resolved and open problems with insights from renowned mathematician C. Praeger.
Primitive Permutation Groups: More Problems and Open Questions
Explore advanced concepts in primitive permutation groups, addressing unresolved problems and potential research directions in group theory.
Permutation Groups Acting Under Constraints - Lecture 1
Explore permutation groups acting under constraints in this advanced group theory lecture, delving into new connections and theoretical insights.
Principal Blocks for Different Primes
Explore principal blocks for different primes in group theory, delving into new connections and advanced concepts.
Backtrack Methods and Canonical Images - Lecture on Group Theory
Explore backtrack methods and canonical images in group theory, uncovering new connections and advanced techniques.
Random Generation of Finite Simple Groups
Explore random generation techniques for finite simple groups, delving into advanced group theory concepts and their applications.
Generation of Finite Groups
Explore new connections in group theory, focusing on the generation of finite groups with insights from C. Roney-Dougal of the University of St Andrews.
On the Image of the Trivial Source Ring in the Ring of Virtual Characters of a Finite Group
Explore the ring of virtual characters in finite groups, focusing on the trivial source ring and its connections to modular representation theory.
A Support Theorem for Nested Hilbert Schemes of Planar Curves
Explore nested Hilbert schemes of planar curves and their support theorem, delving into advanced mathematical concepts in algebraic geometry.
Asymptotics for Graph Complex Euler Characteristics
Explore asymptotics of graph complex Euler characteristics with M. Borinsky, delving into algebra, topology, and the Grothendieck-Teichmüller group.
Graph Complexes, GRT and Cohomology of GLn
Explore graph complexes, GRT, and GLn cohomology with Oxford's F. Brown. Delve into algebra, topology, and the Grothendieck-Teichmüller group in this advanced mathematical lecture.
Automorphisms of Seamed Surfaces, Modular Operads and Galois Actions
Explore automorphisms of seemed surfaces, modular operads, and Galois actions in this advanced algebraic topology lecture by M. Robertson.
Graph Complexes, Operadic Mapping Spaces and Embedding Calculus - A Survey
Explore graph complexes, operadic mapping spaces, and embedding calculus in this comprehensive survey by B. Fresse from Lille.
Stabilizer Bitorsors in Double Shuffle Theory
Explore stabilizer bitorsors in double shuffle theory, delving into algebra, topology, and the Grothendieck-Teichmüller group with expert insights.
Rational Homotopy of Embedding Spaces - GrtQ and Unitrivalent Graphs
Explore rational homotopy of embedding spaces, focusing on grtQ and unitrivalent graphs in this advanced mathematical lecture.
Torsion in String Topology
Explore torsion in string topology with Florian Naef, delving into algebraic and topological aspects related to the Grothendieck-Teichmüller group.
Poincare Duality and TQFT Structures for Loop Spaces
Explore Poincaré duality and TQFT structures in loop spaces, delving into advanced algebraic topology concepts with K. Cieliebak from Augsburg.
Tangles in a Pole Dance Studio - A Reading of Massuyeau, Alekseev, and Naef
Explore algebraic topology and the Grothendieck-Teichmüller group through an innovative lens, examining tangles in a unique context.
Top Weight Cohomology of M_{g,n} and the Handlebody Group
Explore top weight cohomology of M_{g,n} and its connection to the handlebody group in algebraic topology and Grothendieck-Teichmüller theory.
Gravity Properad, Moduli Spaces M_g,n, and String Topology
Explore gravity properad, moduli spaces M_g,n, and string topology with S. Merkulov, delving into algebraic and topological concepts in advanced mathematics.
Integrality Gaps for Vertex Covers on Sparse Bernoulli Hypergraphs
Explore integrality gaps for vertex covers on sparse Bernoulli hypergraphs with insights from ETH Zurich researcher D. Dmitriev.