December 3, 2019
5:15PM - 6:30PM
Scott Lab E0024
Add to Calendar
2019-12-03 18:15:00
2019-12-03 19:30:00
Graduate Student Seminar - Jason Bello
Title: An Introduction to Cyclic Particle Systems with Discordant Voting
Speaker: Jason Bello - The Ohio State University
Abstract: In this talk I'll introduce cyclic particle systems of $N$-colors as they were first studied on the integer lattice as well as relevant questions, results, and conjectures. For example, when does the process fluctuate or, conversely, fixate? Does clustering occur? Then I'll expand upon questions we can ask about the 3-color system on finite graphs and how different voting systems can affect these processes.
Seminar Link
Scott Lab E0024
OSU ASC Drupal 8
ascwebservices@osu.edu
America/New_York
public
Date Range
Add to Calendar
2019-12-03 17:15:00
2019-12-03 18:30:00
Graduate Student Seminar - Jason Bello
Title: An Introduction to Cyclic Particle Systems with Discordant Voting
Speaker: Jason Bello - The Ohio State University
Abstract: In this talk I'll introduce cyclic particle systems of $N$-colors as they were first studied on the integer lattice as well as relevant questions, results, and conjectures. For example, when does the process fluctuate or, conversely, fixate? Does clustering occur? Then I'll expand upon questions we can ask about the 3-color system on finite graphs and how different voting systems can affect these processes.
Seminar Link
Scott Lab E0024
Department of Mathematics
math@osu.edu
America/New_York
public
Title: An Introduction to Cyclic Particle Systems with Discordant Voting
Speaker: Jason Bello - The Ohio State University
Abstract: In this talk I'll introduce cyclic particle systems of $N$-colors as they were first studied on the integer lattice as well as relevant questions, results, and conjectures. For example, when does the process fluctuate or, conversely, fixate? Does clustering occur? Then I'll expand upon questions we can ask about the 3-color system on finite graphs and how different voting systems can affect these processes.
