Events

Topic: Some harmonic analysis in mixed Lebesgue spaces Abstract: Mixed Lebesgue spaces have attracted interests in harmonic analysis since the early 60's. These spaces naturally appear when considering functions with different quantitative behavior on different sets of variables on which they depend. For example, this is the case when considering functions with physical relevance and that depend on both

Entropy Satisfying Numerical Methods for Fokker-Planck-type Equations Kinetic Fokker-Planck equations arise in many applications, and thus there has been considerable interest in the development of accurate numerical methods to solve them. The peculiar feature of these models is that the transient solution converges to certain equilibrium when time becomes large. For the numerical method to

“The bread and butter of first semester calculus are optimization problems. In this talk we will start with a classic example: given a rectangular sheet of metal/paper/cardboard, cut equal size squares from each corner so that the sides can be folded up to make an open top box. Given the dimensions of the original rectangle,

WEAK PRODUCTS, HANKEL OPERATORS, AND INVARIANT SUBSPACES When studying the Hardy space of analytic functions on a region, it is natural to view it as part of the family of Hp-spaces, and investigate how properties of the functions and operators on these spaces change as the parameter p changes. For reproducing kernel Hilbert spaces like the

  The competition will consist of an individual comprehensive examination on computers and a team written competition that will be restricted to six students from each school. Public schools will be placed in three divisions according to enrollment: Division I (enrollment in grades 10, 11, and 12 of 700 or more); Division II (enrollment of