Open/Closed Correspondence and Mirror Symmetry in Gromov-Witten Theory
Explore open/closed correspondence in Gromov-Witten theory, examining numerical invariants, generating functions, and compatibility with mirror symmetry in toric Calabi-Yau manifolds.
Coherent Orientations of DGA Maps Associated to Exact Lagrangian Cobordisms
Explore coherent orientations of DGA maps in exact Lagrangian cobordisms, focusing on combinatorial formulas for mini-dipped pinch moves and applications to Heegaard Floer Homology.
Negative Numbers and Arithmetic's Missing Chapter
Explore the historical rejection of negative numbers and discover Box Arithmetic as a fundamental approach to mathematics, challenging traditional number line models.
Skewness by Karl Pearson Method - Numerical Statistics and Measure of Dispersion
Learn to calculate skewness using Karl Pearson's method in statistics, covering numerical examples and applications in probability and central tendency measures.
The Philosophical Significance of Gödel's Dialectica Translation
Explore Gödel's Dialectica paper and its impact on Hilbert's Program. Analyze the epistemological significance of Gödel's consistency proof for arithmetic and its implications for mathematical foundations.
Graph Limit for Interacting Particle Systems on Weighted Deterministic and Random Graphs
Explore graph limits for interacting particle systems on weighted deterministic and random structures in this advanced mathematical lecture.
Invariant Integrated Convexity Profiles for Hamilton-Jacobi-Bellman Equations
Explore invariant integrated convexity profiles for Hamilton-Jacobi-Bellman equations in this mathematical conference talk by Giovanni Conforti, delving into PDE and probability interactions.
Numerical Methods for SDEs with Singular Coefficients - Lecture 3
Explore numerical methods for SDEs with singular coefficients in this advanced mathematics lecture by Benjamin Jourdain, focusing on cutting-edge techniques and applications.
Numerical Methods for SDEs with Singular Coefficients - Lecture 1
Explore numerical methods for stochastic differential equations with singular coefficients in this advanced mathematics lecture by Benjamin Jourdain.
Numerical Methods for SDEs with Singular Coefficients - Lecture 2
Explore numerical methods for SDEs with singular coefficients in this advanced mathematics lecture by Benjamin Jourdain, focusing on cutting-edge techniques and applications.
Minimax Estimation in Efron's Two-groups Model
Explore minimax estimation in Efron's two-groups model, delving into mathematical statistics and advanced probability theory concepts.
Advancements in the Control of Dynamic Matching Markets
Explore advancements in controlling dynamic matching markets, focusing on mathematical, economic, and computational aspects of market design and optimization.
Statistical Contract Theory
Explore statistical contract theory with Michael Jordan, delving into mathematical, economic, and computational aspects of matchings and markets.
Shear Coordinates of Weil-Petersson Circle Homeomorphisms
Explore shear coordinates of Weil-Petersson circle homeomorphisms in this advanced mathematics lecture by Yilin Wang, delving into geometric and dynamic aspects of the topic.
A∞-Categories
Explore A∞-categories in mathematics with Rafael Bocklandt's comprehensive lecture, delving into advanced concepts in representation theory and algebra.
Realization Spaces of Polytopes and Oriented Matroids
Explore realization spaces of polytopes and oriented matroids in this advanced mathematical lecture by Arnau Padrol at CIRM's thematic meeting.
Exact ∞-Categories
Explore exact ∞-categories with Gustavo Jasso in this advanced mathematical lecture, delving into current trends in representation theory and cluster algebras.
Cluster Algebras and the Amplituhedron - Definition - Lecture 1
Explore cluster algebras and the amplituhedron definition with Lauren K. Williams in this advanced mathematics conference talk from CIRM's Audiovisual Mathematics Library.
Variational Theory for Harmonic Maps and Applications - Lecture 1
Explore variational theory for harmonic maps and its applications in this advanced mathematical lecture by Daniel Stern.
Variational Theory for Harmonic Maps and Applications - Lecture 2
Explore advanced variational theory for harmonic maps and its applications in geometric analysis through this in-depth mathematical lecture.
Subconvexity of L-functions - Part 3
Explore advanced concepts in subconvexity of L-functions with mathematician Paul Nelson in this in-depth conference talk from the "Building bridges 6th EU/US" meeting.