Subject to final NSF approval, there will be financial support for US-based young researchers, especially for the individuals who have limited access to other funding.
Please fill out the specific form and follow the instructions.
Preference will be given to applications received before April 16, 2025.
Hilbert and, more generally, Banach spaces of holomorphic functions have a long history. They were developed for the needs of Complex Analysis, in one and several variables, per se; then they proved to be the incubator for new theories which were landmarks of XX century mathematics. Holomorphic Hardy spaces, to mention one example, were the place where the theory of singular integrals first developed; they became, after Beurling's Invariant Space Theorem, a standard model for Operator Theory; they are the basic metaphor (and more than that) for developing the theory of martingale spaces in probability.
In the past few decades, radically new developments in Holomorphic Spaces emerged. On the one hand, they were made possible by the interdisciplinary approach to problems and objects of the theory, bringing in techniques from other mathematical fields and even from physics and engineering. On the other hand, deep connections appeared to connect seemingly far away areas of the theory and a unified approach to many different problems was possible.
We wish to provide the right environment to substantially advance knowledge in an important field of contemporary analysis, by means of the lectures themselves, and also through the informal exchange of ideas and information, as well as through the establishment of new collaborations.
The conference aims at being the place where the worldwide community working in the area works out the “state of the art” and sets the goals for the near future. The list of the invited speakers includes most of the leading researchers, young and established, in the area of Holomorphic Spaces.
Nicola Arcozzi Alma Mater Studiorum Università di Bologna
Cinzia Bisi Università degli Studi di Ferrara
Filippo Bracci Università di Roma 'Tor-Vergata'
John E. McCarthy Washington University in St. Louis
Marco Peloso Università degli Studi di Milano
Stefan Richter University of Tennessee, Knoxville
Progetto di Eccellenza 2023-2027 MatMod@TOV Department of Mathematics - University of Rome Tor Vergata
Dipartimento di Matematica - Università degli Studi di Milano
Dipartimento di Matematica - Alma Mater Studiorum Università di Bologna
PRIN 2022 "Real and Complex Manifolds: Geometry and Holomorphic Dynamics"