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on
1
Introduction
2
Main tool
3
Check complex
4
Restrict complex
5
Poisson process
6
Features
7
Results
8
Random graph theory
9
Convergence
10
Order of magnitude
11
Two ideas
12
Key steps
13
Simulation
14
Properties of inclusions
15
Summary
16
Future work
17
Audience questions
Description:
Explore the fascinating world of random geometric complexes and maximally persistent cycles in this hour-long lecture by Omer Bobrowski. Delve into the main tools and concepts, including check complexes, restricted complexes, and Poisson processes. Examine key results, drawing connections to random graph theory and discussing convergence and order of magnitude. Gain insights into the two main ideas and key steps involved in the research. Observe simulations and learn about the properties of inclusions. Conclude with a summary of findings and potential future work in this field. Engage with the speaker during the audience question session to deepen your understanding of this complex topic in applied algebraic topology.

Omer Bobrowski - Maximally Persistent Cycles in Random Geometric Complexes

Applied Algebraic Topology Network
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