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1
Introduction
2
Problem A
3
Defining Quotients
4
The Problem
5
Theorem
6
Algebraic isomorphism
7
Technical assumptions
8
mv
9
soda hyperbolic metric
10
counter example
11
multiplier by holomorphism
12
moving up
13
DruryArveson space
14
Questions
15
House of distance
16
Question
Description:
Explore the mathematical intricacies of quotients in the Drury-Arveson space and their classification through complex geometry in this 57-minute lecture from the Fields Institute's Focus Program on Analytic Function Spaces and their Applications. Delivered by Orr Shalit from Technion, delve into topics such as algebraic isomorphism, technical assumptions, hyperbolic metric, and the Drury-Arveson space. Examine counter examples, multipliers by holomorphism, and the concept of "moving up" in this advanced mathematical discourse. Conclude with thought-provoking questions and a discussion on the "house of distance," providing a comprehensive overview of this complex subject matter.

Quotients of the Drury-Arveson Space and Their Classification in Terms of Complex Geometry

Fields Institute
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