
Explores statistical performance of minimum norm interpolators in non-linear regression, focusing on 2-uniformly convex norms and cotype 2 property. Analyzes bias and variance using tools from Banach space theory.

Explore random convex hulls, Hausdorff distance, and asymptotic expansions in this mathematical talk on geometric probability and stochastic geometry.

Explore recent developments in Homological Mirror Symmetry with Constantin Teleman. Survey new results and discover potential directions for future research and collaboration.

Explore noncommutative minimal model program, stability manifolds, and multi-scale decompositions in triangulated categories. Discover connections to moduli spaces and implications for semistable object classification.

Explore advanced concepts in Fourier analysis and equivariant quantum cohomology, building on previous research in homological mirror symmetry and mathematical physics.

Explore recent advancements in Homological Mirror Symmetry, surveying new results and opening avenues for future development and collaboration in this transformative field of mathematics.

Survey of recent developments in Homological Mirror Symmetry, exploring new results and future directions. Part of a conference honoring Jeffrey Fuqua's contributions to mathematics.

Explores recent developments in Homological Mirror Symmetry, surveying new results and opening directions for future research in this mathematical field.

Explore recent advancements in Homological Mirror Symmetry, surveying new results and opening avenues for future development and collaboration in this mathematical field.

Explore key statistical concepts in clinical research, including descriptive and inferential statistics, confidence intervals, p-values, and various statistical tests used in medical studies.

Explore an intriguing mathematical problem involving a complex sum, delving into unexpected challenges and solution strategies.

Explore the Grothendieck period conjecture and its connection to mixed motives, delving into advanced number theory concepts and their implications in mathematical research.

Explore concentration inequalities for Poisson U-statistics, their optimality, and applications in stochastic geometry models. Gain insights into Poisson functionals and their significance in geometric analysis.

Explore the past, present, and future of geometry with Yang-Hui He and Madeleine Hall. Discover how geometric principles shape our world, from ancient postulates to modern applications in nature and science.

Explore new methods for solving sparse linear regression, overcoming limitations of traditional approaches and exploiting structural properties of covariance matrices in machine learning and statistics.

Explore open questions, future directions, and applications of mathematical methods with renowned mathematician Karim Adiprasito in this insightful colloquium.

Explore unprojection theory's interpretation of the fundamental class, extending beyond geometric inspirations for a deeper mathematical understanding.

Explore fundamental concepts of commutative algebra, focusing on face rings and the Ishida complex, with insights into their algebraic properties and applications.

Explore simplicial complexes and face rings, including stars and links, and their correspondence in Stanley-Reisner rings. Gain insights into fundamental concepts of algebraic topology.

Explores noncommutative minimal model program, stability manifolds, and multi-scale decompositions in triangulated categories. Discusses augmented stability conditions and their potential implications for moduli spaces.

Explore two-sided estimates for operator norms of random matrices, discussing proofs, examples, and open problems in this mathematical analysis of iid entries and their implications.