
Exploring physics beyond fundamental laws: designing new forms of matter and addressing Anthropocene challenges. Insights into the evolving landscape of physics research and its societal implications.

Dive into linear BV quantization as a functor of infinity categories, exploring advanced mathematical concepts in this Prague Mathematical Physics Seminar.

Explore the evolution of functional programming in C++, from templates to ranges. Gain insights into modern C++'s blend of systems and functional programming, and glimpse future developments for performant, functional code.

Dive into the fundamental group of random 3-manifolds, exploring probability distributions and their applications to various categories in mathematics.

Dive into categorical noncommutative geometry, exploring algebraic varieties through derived categories of coherent sheaves and extending classical concepts to differential graded categories.

Explore Metatheory.jl for algebraic metaprogramming in Julia, covering e-graphs, equality saturation, and applications in symbolic computing, category theory, and compiler optimizations.

Explore skeletal topology's role in understanding Weinstein manifolds, focusing on arboreal singularities, Fukaya categories, and stratification of skeletons in symplectic geometry.

Explore symplectic geometry with Denis Auroux as he delves into mirrors of curves and their Fukaya categories, covering topics from monomial examples to Lagrangian admissibility.

Explore connections between Lie algebras and homotopy theory, covering fundamental groups, Whitehead brackets, and Quillen's theorem in this advanced mathematics seminar.

Explorez le principe d'univalence de Voevodsky avec André Joyal, examinant ses implications pour la théorie des types et les catégories dans cette conférence commémorative approfondie.

Delve into advanced mathematical concepts exploring parabolic induction functors, focusing on left adjoint properties and their behavior with algebraic weights in p-adic field extensions.

Explorez les liens entre l'élimination des générateurs et diverses théories combinatoires, avec des applications aux décompositions semi-directes.

Explore topological symmetry in quantum lattice models, focusing on finite symmetries, duality transformations, and their implications for condensed matter theory and numerical simulations.

Explore the representation principle for symmetry enriched topological orders, covering defects, boundaries, symmetry charges, and generalized gauging in physical systems.

Explore recent developments in tilting theory, focusing on real Grothendieck groups and 2-term silting complexes. Gain insights into g-fans, representation theory, and connections with canonical decompositions.

Explorez les sheaves quasi-universels et les modules génériques dans le contexte de la théorie des représentations et de l'algèbre non commutative. Approfondissez les applications aux algèbres de dimension finie.

Explore R-matrices for quantum loop algebras' category O, examining a functor relating Uq(g) and Uh(g) categories, and analyzing resulting R-matrices' properties and factorization.

Explore algebraic presentations of cobordism categories in low-dimensional topology. Learn about 3- and 4-modular Hopf algebras and their role in classifying TQFTs.

Explore bicategorical string nets, pivotal bicategories, and their applications in modular functors and rational CFTs. Gain insights into Frobenius algebras and double categories.

Explore Khovanov-Seidel braids representation in this mathematical conference talk. Gain insights into current trends in representation theory, cluster algebras, and geometry.

Explorez les catégories différentielles et leur application en logique linéaire différentielle dans cette conférence mathématique approfondie.