The Derivative as a Linear Map
Explore the concept of derivative as a linear map, gaining insights into its mathematical properties and applications.
The Isoperimetric Problem in Cubes and Torii
Explore the isoperimetric problem in cubes and torii, delving into geometric principles and mathematical concepts with Federico Glaudo's insightful analysis.
Non Abelian Hodge Theory in Positive Characteristic
Explore non-abelian Hodge theory in positive characteristic with Siqing Zhang, delving into advanced mathematical concepts and their applications.
Hodge Conjecture for Singular Varieties
Explore the Hodge conjecture for singular varieties in algebraic geometry, delving into complex mathematical concepts and recent developments.
Real Structures on Hyper-Kähler Manifolds
Explore real structures on hyper-Kähler manifolds with Lie Fu, delving into advanced geometric concepts and their applications in mathematics.
On the Metric Structure of Section Rings
Explore the metric structure of section rings in complex geometry, dynamical systems, and foliation theory through an in-depth mathematical analysis.
On the Automorphisms of Compact Kähler Manifolds
Explore automorphisms of compact Kähler manifolds with Tien-Cuong Dinh in this advanced mathematics conference talk, delving into complex geometry and dynamical systems.
Extension of Quasiplurisubharmonic Functions - 2022
Explore extension techniques for quasiplurisubharmonic functions in complex geometry, dynamical systems, and foliation theory. Gain insights from Dan Coman's conference talk at CIRM.
Formal Principle for Rational Curves in Complex Threefolds
Explore formal principles for rational curves in complex threefolds, delving into advanced mathematical concepts in complex geometry and dynamical systems.
Anosov Flows in 3 Dimensions and Anosov-like Actions - Part 1
Explore Anosov flows in 3D and Anosov-like actions through an in-depth mathematical lecture, featuring chapter markers and enriched content for enhanced learning.
Microlocal Methods for Anosov Flows - Part 1
Explore microlocal methods for Anosov flows through advanced mathematical concepts and techniques in this comprehensive lecture.
Anosov Flows in 3 Dimensions and Anosov-like Actions - Part 3
Explore advanced concepts in Anosov flows and Anosov-like actions in 3D mathematics, focusing on recent developments and theoretical applications.
Microlocal Methods for Anosov Flows - Part 2
Explore advanced microlocal techniques for analyzing Anosov flows in this in-depth mathematical lecture by Colin Guillarmou.
Anosov Flows in 3 Dimensions and Anosov-like Actions - Part 2
Explore advanced concepts in Anosov flows and Anosov-like actions in 3D mathematics, continuing from part 1 of the conference talk.
Microlocal Methods for Anosov Flows - Part 3
Explore advanced microlocal techniques for analyzing Anosov flows in this in-depth mathematical lecture by Colin Guillarmou.
Contact Flows and Birkhoff Sections - Part 1
Explore contact flows and Birkhoff sections in this mathematical conference talk, delving into Anosov dynamics and related concepts.
Real-Normalized Differential with a Single Order 2 Pole
Explore real-normalized differentials with a single order 2 pole in this advanced mathematical talk by Alexandra Skripchenko, delving into combinatorics, dynamics, and geometry on moduli spaces.
Symplectic Mapping Class Groups: Structural Properties from Smooth to C⁰
Explore structural properties of symplectic mapping class groups, from smooth to C⁰, with an overview of key concepts and open questions in this mathematical field.
Symplectic Capacities of Domains Close to the Ball and Quasi-Invariant Contact
Explore symplectic capacities of domains near balls and quasi-invariant contact forms in this advanced mathematical discussion on symplectic dynamics and Reeb geometry.
Spacetime G-structures - Lecture 3
Explore spacetime G-structures, focusing on Klein models, associated G-structures, and intrinsic torsion. Gain insights into carrollian, galilean, and lorentzian geometries and their applications in physics.
Spacetime G-structures - Lecture 2
Explore advanced concepts in spacetime geometry, focusing on G-structures and their intrinsic torsion. Gain insights into Carrollian, Galilean, and Lorentzian geometries and their applications in physics.