Events

NSA Talk with Daphanie Nisbeth

302 Gordon Palmer Hall

AWM is co-sponsoring a talk given by Daphanie Nisbeth from the NSA. The talk will be on Tuesday, September 27th, at 4:30 pm in Gordon Palmer Hall 301-302.Please see the attached flyers for information on the talk and information about their summer programs.We hope to see you there!

Analysis Seminar – Brandon Sweeting

302 Gordon Palmer Hall

Title: Mixed Weak-Type Estimates for Classical Operators   Abstract: We prove new mixed weak type estimates for various classical operators of Harmonic analysis. Mixed weak type inequalities were first studied by Muckenhoupt and Wheeden and later by Sawyer to prove the $L^p$ boundedness of the Hardy-Littlewood maximal operator as a consequence of the Jones factorization

Analysis Seminar 9/14 – Abba Ramadan

302 Gordon Palmer Hall

Title:  Standing Waves of the Schrodinger Equation with Concentrated Nonlinearity   With Atanas Stefanov, we study the concentrated Nonlinear Schrodinger Equations in n-dimensions, with power non-linearities, driven by the fractional Laplacian.  We construct the solitary waves explicitly, in an optimal range of the parameters, so that they belong to the natural energy space $H^s$. We

Applied Math Seminar – Di Liu, Michigan State University

302 Gordon Palmer Hall

Title: Multiscale Modeling and Computation of Optically Manipulated Nano Devices Abstract: We present a multiscale modeling and computational scheme for optical-mechanical responses of nanostructures. The multi-physical nature of the problem is a result of the interaction between the electromagnetic (EM) field, the molecular motion, and the electronic excitation. To balance accuracy and complexity, we adopt the semi-classical

Applied Math Seminar – Evie A. Malaia, Communicative Disorders, University of Alabama

302 Gordon Palmer Hall

Title: Mathematical models in cognitive neuroscience: advances and opportunities Abstract:  High prevalence of neurodegenerative (Parkinson’s, Alzheimer’s) and neurodevelopmental (Autism spectrum disorders, ADHD) disorders in modern population increased the demand for precision therapeutic interventions. However, the current understanding of how those diseases develop and affect brain processing over time is incomplete, and testing of in-vivo interventions