Santa Fe Institute Events Wiki - User contributions [en]

CSSS 2006 Santa Fe-Schedule

2006-06-29T00:17:43Z

V3isaya:

{{CSSS 2006--Santa Fe}}
{| border="1" cellpadding="2" width="430"
|+
|-
! !! Week One (June 4-10) Emphasis on biology
|-
!valign="top" |
| '''Sunday, June 4'''
|-
!valign="top" | 12-6 pm
| Registration
|-
!valign="top" | 6-8 pm
| Welcome reception and buffet dinner
|-
!
| '''Monday, June 5'''
|-
! 9-9:30 am
| Welcome-Geoffrey West, President of SFI
|-
! 9:30-9:35 am
| Greeting-Michael Peters, President of St. John's College
|-
! 9:35-10:30 am
| Introduction and overview of the program-Dan Rockmore
|-
! 10:30 - 10:45 am
| BREAK
|-
! 10:45 - 12 pm
| Introduction to nonlinear dynamics I-Elizabeth Bradley
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Dynamics models of viral infections in humans I-Alan Perelson
|-
! 3 - 5 pm
| Student introductions/tutorial organization
|-
!
| '''Tuesday, June 6'''
|-
! 9-10:15 am
| Introduction to nonlinear dynamics II-Bradley
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Dynamic models of viral infectors in humans II-Perelson
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Dynamics of complex systems I-Alfred Hubler
|-
! 3 - 4:15 pm
| RNA I-Peter Stadler
|-
! 4:30 - 5 pm
| Introduction to Santa Fe
|-
! 5:15 - 6 pm
| Introduction to Matlab-Jack Waddell
|-
!
| '''Wednesday, June 7'''
|-
! 9-10:15 am
| Introduction to nonlinear dynamics III-Bradley
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| RNA II-Stadler
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Dynamics of complex systems II-Alfred Hubler
|-
! 3 - 4:15 pm
| Biological networks I-Andreas Wagner
|-
! 7:00 pm
| Agent-based modeling- Owen Densmore and Stephen Guerin, with refreshments
|-
!
| '''Thursday, June 8'''
|-
! 9-10:15 am
| Introduction to nonlinear dynamics IV-Bradley
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| RNA III-Stadler
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Dynamics of complex systems III-Hubler
|-
! 3 - 4:15 pm
| Biological networks II- Wagner
|-
! 4:30 - 5:15
| Theories and models-Tom Carter
|-
!
| '''Friday, June 9'''
|-
!
| Power laws changed to Monday afternoon
|-
! 9-10:15 am
| Dynamics of complex systems IV-Hubler
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Coalescence- Jon Wilkins
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Student group session
Markov Chain Monte Carlo tutorial-Lukas Kroc
|-
! 3 - 5 pm
| Student group session
Population Genetics-Sussane
|-
! 5:30 pm
| Barbeque at the Santa Fe Institute
|-
|}

{| border="1" cellpadding="2" width="450"
|+
|-
! !! Week Two (June 10-16) Emphasis on ecology
|-
!
| '''Monday, June 12'''
|-
! 9-10:15 am
| Information theory I-Tom Carter
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Network structure and dynamics I-Mark Newman
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Student group session
Noise-induced transitions-Andreea Munteanu
|-
!
| Student group session
Power laws-Ryan Woodard
|-
! 3 - 4:15 pm
| Student group session
|-
! 7:00 pm
| Tee-shirt design contest
|-
!
| '''Tuesday, June 13'''
|-
! 9-10:15 am
| Information theory II-Carter
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Network structure and dynamics II-Newman
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Food webs I-Jennifer Dunne
|-
! 3 - 4:15 pm
| Climate Change I-Gidon Eshel
|-
! 6:30 - 8:30 pm
| Physics Lab-Hubler
|-
!
| '''Wednesday, June 14'''
|-
! 9-10:15 am
| Food webs II-Dunne
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Network structure and dynamics III-Newman
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Climate Change II-Eshel
|-
! 3:00 - 4:00 pm
| Student group session
Evolutionary Computation tutorial - Jorge Tavares
|-
! 3:30 - 5:30 pm
| Physics Lab-Hubler
|-
! 5:30 - 8:00 pm
| Pizza Party, Junior Commons Room and Balcony
|-
!
| '''Thursday, June 15'''
|-
! 9-10:15 am
| Food webs III-Neo Martinez
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Phase transitions-Cris Moore
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Climate Change III-Eshel
|-
! 3 - 5 pm
| Student tutorials/problem sessions
|-
! 3:30 - 5:30 pm
| Physics Lab-Hubler
|-
! 6:30 - 8:30 pm
| Physics Lab-Hubler
|-
!
| '''Friday, June 16'''
|-
! 9-10:15 am
| Food webs IV- Martinez
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Climate Change IV-Eshel
|-
! 12- 1:30 pm
| Lunch
|-
|}

{| border="1" cellpadding="2" width="450"
|+
|-
! !! Week Three (June 17-23) Emphasis on social science and arts
|-
!
| '''Monday, June 19'''
|-
! 9-10:15 am
| Genetic algorithms/simulation I-Melanie Mitchell
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Machine learning I-John Lafferty
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
|Free
|-
! 3 - 4:15 pm
| Why are epidemics so unpredictable?-Duncan Watts
|-
! 4:30 - 5:30 pm
| Tutorial - Fractional Dynamics - Michael Raghib
|-
!
| '''Tuesday, June 20'''
|-
! 9-10:15 am
| Genetic algorithms/simulation II-Mitchell
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Machine learning II -Lafferty
|-
! 12- 1:30 pm
| Lunch / Open Lab -Hubler
|-
! 1:30 - 2:45 pm
| Social dynamics/communication II-Flack
|-
! 3 - 4:15 pm
| Process detection I: Modeling processes-George Cybenko
|-
! 4:30 - 5:30 pm
| Student tutorial: Iterated Function Systems and possible application to Complex Systems
|-
! 7:00 - 8:00
| Student tutorial: SQUID Sensors and what they may tell us about Protein Dynamics
|-
| '''Wednesday, June 21'''
|-
! 9-10:15 am
| Genetic algorithms/simulation III-Mitchell
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Machine learning III-Lafferty
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Stylometry-Dan Rockmore
|-
! 3 - 4:15 pm
| Process detection II: Algorithms for detecting multiple processes-Cybenko
|-
! 4.30 - 5:15 pm
| Student Tutorial - MindMapping and other IT Tools - Fabrice Cavarretta
|-
! 7:00 pm
| Movie night, Great Hall
|-
!
| '''Thursday, June 22'''
|-
! 9-10:15 am[
| TBA- Larry Polansky
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Computational modeling in the social sciences I-John Miller
|-
! 12- 12:30 pm
| Group Photo
|-
! 12:30 - 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Process detection III: Applications-Cybenko
|-
! 3:00 - 4:00 pm
| Student Tutorial: Linear Algebra - Elham Kashefi
|-
! 4.00 - 5:00 pm
| [[Student Tutorial: Automated negotiation and auction protocols for resource allocation - Valentin Robu]]
|-
!
| '''Friday, June 23'''
|-
! 9-10:15 am
| TBA-Polansky
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Dimensional analysis, scaling, and zero intelligence modeling of financial markets: Eric Smith
|-
! 12- 1:30 pm
| Lunch
|-
| 1:30 - 2:30 pm
|Student Tutorial: Quantum Mechanics - Jack Waddell 
|-
| 3 - 4 pm
|Student Tutorial: Quantum Computing - Elham Kashefi 
|}

{| border="1" cellpadding="2" width="490"
|+
|-
! !! Week Four (June 24-30) Emphasis on neuroscience and quantum computing
|-
!
| '''Monday, June 26'''
|-
! 9-10:15 am
| Neuroscience and complex systems I-Tony Bell
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Computational neuroscience I-Bruno Olshausen
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 pm
| Student project work
|-
!
| '''Tuesday, June 27'''
|-
! 9-10:15 am
| Neurocience and complex systems II-Bell
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Quantum information I-Carlton Caves
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Computational neuroscience II-Rob de Ruyter
|-
! 3 - 4:15 pm
| Computational neuroscience III-Bruno Olshausen

|-
!
| '''Wednesday, June 28'''
|-
! 9-10:15 am
| Neuroscience and complex systems IV-Bell
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Quantum information II-Caves
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:30 pm
| Seminar: Dynamical Systems and Eigendecomposition - Heinz Koeppl
|-
! 3 - 5 pm
| Student project work
|-
! 3 - 4 pm
| Seminar: Quantum Computing with Measurements - Elham Kashefi
|-
!
| '''Thursday, June 29'''
|-
! 9-10:15 am
| Computational neuroscience V-De Ruyter
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Quantum information III-Cris Moore
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 pm
| Free
|-
!
| '''Friday, June 30'''
|-
! 10 AM - shuttle pick up to get to SFI (or find your own way), followed by poster set-up at SFI
| Student presentations
|-
!10:30 - 10:45
| Student Presentations - slot 1
|-
!10:45 - 11:00
| Student Presentations - slot 2
|-
!11:00 - 11:15
| Student Presentations - slot 3
|-
!11:15 - 11:30
| Student Presentations - slot 4
|-
!11:30 - 11:45
| Student Presentations - slot 5
|-
!11:45 - 12:00
| Student Presentations - slot 6
|-
!12:00 - 12:15
| Student Presentations - slot 7
|-
!12:15 - 12:30
| Student Presentations - slot 8
|-
! 12:30- 1:00 pm
| Lunch (at SFI)
|-
!1:00 - 1:15
|Student Presentations - slot 9
|-
!1:15 - 1:30
|Student Presentations - slot 10
|-
!1:30 - 1:45
|Student Presentations - slot 11
|-
!1:45 - 2:00
|'''Linking biogeochemistry and food web dynamics: the affect of water quality changes over space and time on an estuarine food web''' [[project description]]
''Sandra Arndt & Bill Burnside''
|-
!2:00 - 2:15
|'''Negative Event Driven Ethnic Migration'''
''Mike Makowsky, Patrick Meier, Jorge Tavares, & Tamas Makany''
|-
!2:15 - 2:30
|'''Human Navigation Heuristics on the Traveling Salesman Problem (TSP)'''
''Tamas Makany & Mike Makowsky''
|-
!2:30 - 2:45
|'''Simulating Self-Organized Fractals'''
Spandan Tiwari, Jos Elkink & Tetsuya Shoji''
|-
!2:45 - 3:00
|'''Emergence of Anomalous Transport in Self-Propelled Particle Models of Swarms with Locally Regulated Asynchronous Updating'''
''Michael Raghib''
|-
!3:00 - 3:15
|'''On the Topological Entropy of Multivalued Maps'''
''Maria Vivien Visaya''
|-
!3:15 - 3:30
|Student Presentations - slot 18
|-
!3:30 - 3:45
|Student Presentations - slot 19
|-
!3:45 - 4:00
|Student Presentations - slot 20
|-
! 3 - 5 pm
| Poster Session
|-
! 6:00 pm
| final banquet (Santa Fe Institute)
|-
|}

CSSS 2006 Santa Fe-Schedule

2006-06-29T00:16:41Z

V3isaya:

{{CSSS 2006--Santa Fe}}
{| border="1" cellpadding="2" width="430"
|+
|-
! !! Week One (June 4-10) Emphasis on biology
|-
!valign="top" |
| '''Sunday, June 4'''
|-
!valign="top" | 12-6 pm
| Registration
|-
!valign="top" | 6-8 pm
| Welcome reception and buffet dinner
|-
!
| '''Monday, June 5'''
|-
! 9-9:30 am
| Welcome-Geoffrey West, President of SFI
|-
! 9:30-9:35 am
| Greeting-Michael Peters, President of St. John's College
|-
! 9:35-10:30 am
| Introduction and overview of the program-Dan Rockmore
|-
! 10:30 - 10:45 am
| BREAK
|-
! 10:45 - 12 pm
| Introduction to nonlinear dynamics I-Elizabeth Bradley
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Dynamics models of viral infections in humans I-Alan Perelson
|-
! 3 - 5 pm
| Student introductions/tutorial organization
|-
!
| '''Tuesday, June 6'''
|-
! 9-10:15 am
| Introduction to nonlinear dynamics II-Bradley
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Dynamic models of viral infectors in humans II-Perelson
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Dynamics of complex systems I-Alfred Hubler
|-
! 3 - 4:15 pm
| RNA I-Peter Stadler
|-
! 4:30 - 5 pm
| Introduction to Santa Fe
|-
! 5:15 - 6 pm
| Introduction to Matlab-Jack Waddell
|-
!
| '''Wednesday, June 7'''
|-
! 9-10:15 am
| Introduction to nonlinear dynamics III-Bradley
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| RNA II-Stadler
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Dynamics of complex systems II-Alfred Hubler
|-
! 3 - 4:15 pm
| Biological networks I-Andreas Wagner
|-
! 7:00 pm
| Agent-based modeling- Owen Densmore and Stephen Guerin, with refreshments
|-
!
| '''Thursday, June 8'''
|-
! 9-10:15 am
| Introduction to nonlinear dynamics IV-Bradley
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| RNA III-Stadler
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Dynamics of complex systems III-Hubler
|-
! 3 - 4:15 pm
| Biological networks II- Wagner
|-
! 4:30 - 5:15
| Theories and models-Tom Carter
|-
!
| '''Friday, June 9'''
|-
!
| Power laws changed to Monday afternoon
|-
! 9-10:15 am
| Dynamics of complex systems IV-Hubler
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Coalescence- Jon Wilkins
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Student group session
Markov Chain Monte Carlo tutorial-Lukas Kroc
|-
! 3 - 5 pm
| Student group session
Population Genetics-Sussane
|-
! 5:30 pm
| Barbeque at the Santa Fe Institute
|-
|}

{| border="1" cellpadding="2" width="450"
|+
|-
! !! Week Two (June 10-16) Emphasis on ecology
|-
!
| '''Monday, June 12'''
|-
! 9-10:15 am
| Information theory I-Tom Carter
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Network structure and dynamics I-Mark Newman
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Student group session
Noise-induced transitions-Andreea Munteanu
|-
!
| Student group session
Power laws-Ryan Woodard
|-
! 3 - 4:15 pm
| Student group session
|-
! 7:00 pm
| Tee-shirt design contest
|-
!
| '''Tuesday, June 13'''
|-
! 9-10:15 am
| Information theory II-Carter
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Network structure and dynamics II-Newman
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Food webs I-Jennifer Dunne
|-
! 3 - 4:15 pm
| Climate Change I-Gidon Eshel
|-
! 6:30 - 8:30 pm
| Physics Lab-Hubler
|-
!
| '''Wednesday, June 14'''
|-
! 9-10:15 am
| Food webs II-Dunne
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Network structure and dynamics III-Newman
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Climate Change II-Eshel
|-
! 3:00 - 4:00 pm
| Student group session
Evolutionary Computation tutorial - Jorge Tavares
|-
! 3:30 - 5:30 pm
| Physics Lab-Hubler
|-
! 5:30 - 8:00 pm
| Pizza Party, Junior Commons Room and Balcony
|-
!
| '''Thursday, June 15'''
|-
! 9-10:15 am
| Food webs III-Neo Martinez
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Phase transitions-Cris Moore
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Climate Change III-Eshel
|-
! 3 - 5 pm
| Student tutorials/problem sessions
|-
! 3:30 - 5:30 pm
| Physics Lab-Hubler
|-
! 6:30 - 8:30 pm
| Physics Lab-Hubler
|-
!
| '''Friday, June 16'''
|-
! 9-10:15 am
| Food webs IV- Martinez
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Climate Change IV-Eshel
|-
! 12- 1:30 pm
| Lunch
|-
|}

{| border="1" cellpadding="2" width="450"
|+
|-
! !! Week Three (June 17-23) Emphasis on social science and arts
|-
!
| '''Monday, June 19'''
|-
! 9-10:15 am
| Genetic algorithms/simulation I-Melanie Mitchell
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Machine learning I-John Lafferty
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
|Free
|-
! 3 - 4:15 pm
| Why are epidemics so unpredictable?-Duncan Watts
|-
! 4:30 - 5:30 pm
| Tutorial - Fractional Dynamics - Michael Raghib
|-
!
| '''Tuesday, June 20'''
|-
! 9-10:15 am
| Genetic algorithms/simulation II-Mitchell
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Machine learning II -Lafferty
|-
! 12- 1:30 pm
| Lunch / Open Lab -Hubler
|-
! 1:30 - 2:45 pm
| Social dynamics/communication II-Flack
|-
! 3 - 4:15 pm
| Process detection I: Modeling processes-George Cybenko
|-
! 4:30 - 5:30 pm
| Student tutorial: Iterated Function Systems and possible application to Complex Systems
|-
! 7:00 - 8:00
| Student tutorial: SQUID Sensors and what they may tell us about Protein Dynamics
|-
| '''Wednesday, June 21'''
|-
! 9-10:15 am
| Genetic algorithms/simulation III-Mitchell
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Machine learning III-Lafferty
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Stylometry-Dan Rockmore
|-
! 3 - 4:15 pm
| Process detection II: Algorithms for detecting multiple processes-Cybenko
|-
! 4.30 - 5:15 pm
| Student Tutorial - MindMapping and other IT Tools - Fabrice Cavarretta
|-
! 7:00 pm
| Movie night, Great Hall
|-
!
| '''Thursday, June 22'''
|-
! 9-10:15 am[
| TBA- Larry Polansky
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Computational modeling in the social sciences I-John Miller
|-
! 12- 12:30 pm
| Group Photo
|-
! 12:30 - 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Process detection III: Applications-Cybenko
|-
! 3:00 - 4:00 pm
| Student Tutorial: Linear Algebra - Elham Kashefi
|-
! 4.00 - 5:00 pm
| [[Student Tutorial: Automated negotiation and auction protocols for resource allocation - Valentin Robu]]
|-
!
| '''Friday, June 23'''
|-
! 9-10:15 am
| TBA-Polansky
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Dimensional analysis, scaling, and zero intelligence modeling of financial markets: Eric Smith
|-
! 12- 1:30 pm
| Lunch
|-
| 1:30 - 2:30 pm
|Student Tutorial: Quantum Mechanics - Jack Waddell 
|-
| 3 - 4 pm
|Student Tutorial: Quantum Computing - Elham Kashefi 
|}

{| border="1" cellpadding="2" width="490"
|+
|-
! !! Week Four (June 24-30) Emphasis on neuroscience and quantum computing
|-
!
| '''Monday, June 26'''
|-
! 9-10:15 am
| Neuroscience and complex systems I-Tony Bell
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Computational neuroscience I-Bruno Olshausen
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 pm
| Student project work
|-
!
| '''Tuesday, June 27'''
|-
! 9-10:15 am
| Neurocience and complex systems II-Bell
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Quantum information I-Carlton Caves
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:45 pm
| Computational neuroscience II-Rob de Ruyter
|-
! 3 - 4:15 pm
| Computational neuroscience III-Bruno Olshausen

|-
!
| '''Wednesday, June 28'''
|-
! 9-10:15 am
| Neuroscience and complex systems IV-Bell
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Quantum information II-Caves
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 - 2:30 pm
| Seminar: Dynamical Systems and Eigendecomposition - Heinz Koeppl
|-
! 3 - 5 pm
| Student project work
|-
! 3 - 4 pm
| Seminar: Quantum Computing with Measurements - Elham Kashefi
|-
!
| '''Thursday, June 29'''
|-
! 9-10:15 am
| Computational neuroscience V-De Ruyter
|-
! 10:15 - 10:30
| BREAK
|-
! 10:30 - 11:45 am
| Quantum information III-Cris Moore
|-
! 12- 1:30 pm
| Lunch
|-
! 1:30 pm
| Free
|-
!
| '''Friday, June 30'''
|-
! 10 AM - shuttle pick up to get to SFI (or find your own way), followed by poster set-up at SFI
| Student presentations
|-
!10:30 - 10:45
| Student Presentations - slot 1
|-
!10:45 - 11:00
| Student Presentations - slot 2
|-
!11:00 - 11:15
| Student Presentations - slot 3
|-
!11:15 - 11:30
| Student Presentations - slot 4
|-
!11:30 - 11:45
| Student Presentations - slot 5
|-
!11:45 - 12:00
| Student Presentations - slot 6
|-
!12:00 - 12:15
| Student Presentations - slot 7
|-
!12:15 - 12:30
| Student Presentations - slot 8
|-
! 12:30- 1:00 pm
| Lunch (at SFI)
|-
!1:00 - 1:15
|Student Presentations - slot 9
|-
!1:15 - 1:30
|Student Presentations - slot 10
|-
!1:30 - 1:45
|Student Presentations - slot 11
|-
!1:45 - 2:00
|'''Linking biogeochemistry and food web dynamics: the affect of water quality changes over space and time on an estuarine food web''' [[project description]]
''Sandra Arndt & Bill Burnside''
|-
!2:00 - 2:15
|'''Negative Event Driven Ethnic Migration'''
''Mike Makowsky, Patrick Meier, Jorge Tavares, & Tamas Makany''
|-
!2:15 - 2:30
|'''Human Navigation Heuristics on the Traveling Salesman Problem (TSP)'''
''Tamas Makany & Mike Makowsky''
|-
!2:30 - 2:45
|'''Simulating Self-Organized Fractals'''
Spandan Tiwari, Jos Elkink & Tetsuya Shoji''
|-
!2:45 - 3:00
|'''Emergence of Anomalous Transport in Self-Propelled Particle Models of Swarms with Locally Regulated Asynchronous Updating'''
''Michael Raghib''
|-
!3:00 - 3:15
|'''On the Topological Entropy of Multivalued Maps'''
''Maria Vivien Visaya''

!3:15 - 3:30
|Student Presentations - slot 18
|-
!3:30 - 3:45
|Student Presentations - slot 19
|-
!3:45 - 4:00
|Student Presentations - slot 20
|-
! 3 - 5 pm
| Poster Session
|-
! 6:00 pm
| final banquet (Santa Fe Institute)
|-
|}

CSSS 2006 Santa Fe-Participants

2006-06-28T16:11:28Z

V3isaya:

{{CSSS 2006--Santa Fe}}
[[Katharine Anderson]] 
University of Michigan, Ann Arbor, MI 
email: andersok (at) umich (dot) edu 
Suite 2 #6 

[[Sandra Arndt]] 
Universiteit Utrecht, The Netherlands 
email: arndt (at) geo (dot) uu (dot) nl 
room ext: 4307 
Sunflower 8 

[[Stefan Braunewell]] 
University of Bremen, Germany 
Calliope 10A 
room ext: 4155

[[William Burnside]] 
University of New Mexico, Albuquerque, NM

[[Mike Butters]] 
Nativis, San Diego, CA

[[Juan Calderon]] 
email: ju-cald1 (at) uniandes (dot) edu (dot) co 
room ext: 4157 
Calliope 12 
Universidad de los Andes, Bogota, Colombia 
[http://www.dumpa.tk Home page]

[[Fabrice Cavarretta]] - Calliope 13 ext. 4158 
INSEAD, Fontainebleau, France 
Email: Fabrice.Cavarretta(@)insead.edu Mob:+33 6 09 59 46 74 
MSNM: fabrice@cavarretta.com AIM/YM: fcaspam Skype: fcavarretta 
Web: [http://ot.cavarretta.com ot.cavarretta.com] 

[[Brian Chapados]] 
The Scripps Research Institute, La Jolla, CA

[[Basit Chaudhry]] 
UCLA/RAND, Los Angeles, CA
email: basitchaudhry(at)yahoo.com 
mobile: 310 359 3729 
Calliope rm 15 

[[Arturo Chavoya]]- Polyhymnia 25 Ext.4230 
Universite de Toulouse I, France 
Email & MSNM: achavoya AT hotmail DOT com

[[Adrian de Froment]] Calliope 15a, ext 4161 
Princeton University, NJ 
Email: adriande at princeton dot edu; Phone: 609 933 3177 
MSN: adriandefroment at hotmail dot com; AIM: adriandefrom 

[[Matina Donaldson]] 
University of Washington, Seattle, WA 
Email: donaldso at eva dot mpg dot de 
Mobile: (206) 403-6182 
Location: Suite 2, Room 10

[[Haifeng Du]] 
Morrison Institute for Population and Resource Studies, Stanford, CA

[[Johan Elkink]] 
Trinity College, Dublin, Ireland 
All details can be found here: [http://jaeweb.cantr.net]

[[Dietrich Falkenthal]] 
MITRE

[[Sebastian Fallert]] 
University of Cambridge, UK

[[Anna Fedor]] 
Eötvös Lorán University of Sciences, Budapest, Hungary

[[Alessandro Gagliardi]] - Calliope 22 
Rutgers University, Newark, NJ 
Tel: 917.805.9797 
Email: alessandro [at] gagliardi [dot] name 
AIM: soleklypse

[[Sam Garg]] 
Stanford University, USA 
US mobile: 650-714.4973 
Email: samgarg [at] stanford [dot] edu 
MSN: shubs@hotmail.com; Skype: samgarg2005; GoogleTalk:gargshub 
Calliope 23, Tel Ext: 4168

[[Harry Halpin]] 
University of Edinburgh, Scotland

[[Douglas Hoskins]] 
Boeing, Seattle, WA

[[Izzat Jarudi]] 
Yale University, New Haven, CT 
izzat.jarudi at yale dot edu

[[Elham Kashefi]] 
Institute for Quantum Computing, Waterloo, Ontario, Canada

[[Nikhil Kaza]] 
University of Illinois at Urbana-Champaign, IL 
nkaza (AT) UIUC (doT) edu 217 419 4232(c)
Calliope 26 - extn. 4172

[[Heinz Koeppl]] 
University of California, Berkeley, CA 
first.lastname@berkeley.edu

[[Cornelia Kreutzer]] 
University of Limerick, Limerick, Ireland

[[Lukas Kroc]] 
Cornell University, Ithaca, NY 
email: kroc at cs dot cornell dot edu 
cell: 607-342-5267 
SJC campus: suite 1, room 4

[[Jonathan Lafky]] 
University of Pittsburgh, PA 
email address backwards: moc.liamg@ykfalj 
Cell: four one two 849 719five 
Suite 1, room 5.

[[Elizabeth Leicht]] 
University of Michigan, Ann Arbor, MI 
email: eleicht at umich dot (standard academic ending) 
cell: 734-triple two-753 one

[[Tamas Makany]] 
University of Southampton, Hampshire, UK 
Polyhymnia, room 10 
ext: 4214 
email: tamas.makany(at)gmail.com

[[Michael Makowsky]] 
George Mason University, Falls Church, VA
Urania, room 16a
email: mmakowsk(at)gmu.edu

[[Christopher Marton]] - Polyhymnia 11 A&B ext.4216 
Massachusetts Institute of Technology, Cambridge, MA 
email: cmarton at mit dot edu

[[Greg McInerny]] 
Polyhymnia 12, St Johns. EXT 4217. 
University of Leeds/The Centre for Ecology and Hydrology, Banchory, Leeds, UK

[[Patrick Meier]] 
The Fletcher School, Boston MA 
Email: Patrick.Meier(@)Tufts.edu; Cell:+1 646-361-2645 
Skype ID: patrickmeierskype 
Web: [http://fletcher.tufts.edu/phd/students/Meier.html PhD Profile and Research ] 

[[Charlie Messina]] Suite 1, Room 1 
Pioneer Hi-Bred International, Johnston, IA 
Email: cdm430 AT yahoo DOT com

[[Javier Muñoz García]] 
Universidad Carlos III de Madrid, Leganés, Madrid, Spain 
Location on campus: Polyhymnia 14; Phone (505) 995-4219 
Email: jamunoz*AT*math.uc3m.es; messenger:javiermunozgarcia*AT*hotmail.com

[[Andreea Munteanu]] 
Universitat Pompeu Fabra, Barcelona, Spain 
Location on campus: Suite 2, room 3, phone (505) 995-4303 
Email: andreea.munteanu(AT)upf.edu

[[Christoph Neugebauer]] 
University of Cambridge, UK 
Location on campus: Polyhymnia 15, ext. 4220 
email: cjn24 AT cam.ac.uk

[[Paul Newton]] 
Boeing, Seattle, WA

[[Linsey O'Brien]] 
MITRE, Bedford, MA

[[Michael Raghib Moreno]] 
Princeton University, NJ 
Polyhymnia 16, (505) 995 4221 
mraghib at math at princeton dot edu

[[Valentin Robu]] 
CWI, Dutch Research Center for Mathematics and Computer Science, Amsterdam, The Netherlands
Email: robu at cwi dot nl 
Location on campus: Polyhymnia 16A

[[David Rojas]] 
NASA, Hampton, VA

[[Akiko Satake]] 
Princeton University, NJ

[[David Schaefer]] 
Arizona State University, Tempe, AZ 
Email: david dot schaefer at asu dot edu 
Location on campus: Polyhymnia 26

[[Susanne Schindler]] 
Max Planck Institute for Mathematics in the Sciences, Leipzig, Germany 
Email: Susanne dot Schindler at mis dot mpg dot de 
Location on campus: Suite 2, room 5, ext 4304

[[Jie Shao]] 
University of Oklahoma, Norman, OK

[[Hana Shepherd]] 
Princeton University, NJ 
On campus: Suite 5, room 2, ext. 4330 
hshepher [at] princeton [dot] edu 
303 859-7238 

[[Tetsuya Shoji]] 
Toyota Motor Corporation, Japan

[[Andrew Stout]] 
U. Massachusetts - Amherst, Sunderland, MA

[[Andrea Tanzer]] 
University of Vienna, Austria 
email: at@tbi.univie.ac.at 
location on campus: suite 5, room 3, phone (505) 995-4331 
skype: atanzer

[[Jorge Tavares]] 
University of Coimbra, Portugal 
jast [at] dei [dot] uc [dot] pt 
Polyhymnia, room 21, (505) 995-4225

[[Marko Thaler]] 
University of Ljubljana, Slovenia

[[Brian Tivnan]] 
MITRE, McLean, VA

[[Spandan Tiwari]] 
University of Missouri-Rolla Rolla, MI

[[Maria Vivien Visaya]] 
Kyoto University, Japan 
v3isaya [at] math [dot] kyoto-u [dot] ac [dot] jp

[[Jack Waddell]] 
University of Michigan, Ann Arbor, MI

[[Saskia Werners]] 
Wageningen University and Research Centre, Amsterdam, The Netherlands
room 5 in D5 (building 41). ext 4333
E: saskia -at- mungo.nl

[[Ryan Woodard]] 
British Antarctic Survey, Cambridge, UK

CSSS 2006 Santa Fe-Participants

2006-06-28T16:10:37Z

V3isaya:

{{CSSS 2006--Santa Fe}}
[[Katharine Anderson]] 
University of Michigan, Ann Arbor, MI 
email: andersok (at) umich (dot) edu 
Suite 2 #6 

[[Sandra Arndt]] 
Universiteit Utrecht, The Netherlands 
email: arndt (at) geo (dot) uu (dot) nl 
room ext: 4307 
Sunflower 8 

[[Stefan Braunewell]] 
University of Bremen, Germany 
Calliope 10A 
room ext: 4155

[[William Burnside]] 
University of New Mexico, Albuquerque, NM

[[Mike Butters]] 
Nativis, San Diego, CA

[[Juan Calderon]] 
email: ju-cald1 (at) uniandes (dot) edu (dot) co 
room ext: 4157 
Calliope 12 
Universidad de los Andes, Bogota, Colombia 
[http://www.dumpa.tk Home page]

[[Fabrice Cavarretta]] - Calliope 13 ext. 4158 
INSEAD, Fontainebleau, France 
Email: Fabrice.Cavarretta(@)insead.edu Mob:+33 6 09 59 46 74 
MSNM: fabrice@cavarretta.com AIM/YM: fcaspam Skype: fcavarretta 
Web: [http://ot.cavarretta.com ot.cavarretta.com] 

[[Brian Chapados]] 
The Scripps Research Institute, La Jolla, CA

[[Basit Chaudhry]] 
UCLA/RAND, Los Angeles, CA
email: basitchaudhry(at)yahoo.com 
mobile: 310 359 3729 
Calliope rm 15 

[[Arturo Chavoya]]- Polyhymnia 25 Ext.4230 
Universite de Toulouse I, France 
Email & MSNM: achavoya AT hotmail DOT com

[[Adrian de Froment]] Calliope 15a, ext 4161 
Princeton University, NJ 
Email: adriande at princeton dot edu; Phone: 609 933 3177 
MSN: adriandefroment at hotmail dot com; AIM: adriandefrom 

[[Matina Donaldson]] 
University of Washington, Seattle, WA 
Email: donaldso at eva dot mpg dot de 
Mobile: (206) 403-6182 
Location: Suite 2, Room 10

[[Haifeng Du]] 
Morrison Institute for Population and Resource Studies, Stanford, CA

[[Johan Elkink]] 
Trinity College, Dublin, Ireland 
All details can be found here: [http://jaeweb.cantr.net]

[[Dietrich Falkenthal]] 
MITRE

[[Sebastian Fallert]] 
University of Cambridge, UK

[[Anna Fedor]] 
Eötvös Lorán University of Sciences, Budapest, Hungary

[[Alessandro Gagliardi]] - Calliope 22 
Rutgers University, Newark, NJ 
Tel: 917.805.9797 
Email: alessandro [at] gagliardi [dot] name 
AIM: soleklypse

[[Sam Garg]] 
Stanford University, USA 
US mobile: 650-714.4973 
Email: samgarg [at] stanford [dot] edu 
MSN: shubs@hotmail.com; Skype: samgarg2005; GoogleTalk:gargshub 
Calliope 23, Tel Ext: 4168

[[Harry Halpin]] 
University of Edinburgh, Scotland

[[Douglas Hoskins]] 
Boeing, Seattle, WA

[[Izzat Jarudi]] 
Yale University, New Haven, CT 
izzat.jarudi at yale dot edu

[[Elham Kashefi]] 
Institute for Quantum Computing, Waterloo, Ontario, Canada

[[Nikhil Kaza]] 
University of Illinois at Urbana-Champaign, IL 
nkaza (AT) UIUC (doT) edu 217 419 4232(c)
Calliope 26 - extn. 4172

[[Heinz Koeppl]] 
University of California, Berkeley, CA 
first.lastname@berkeley.edu

[[Cornelia Kreutzer]] 
University of Limerick, Limerick, Ireland

[[Lukas Kroc]] 
Cornell University, Ithaca, NY 
email: kroc at cs dot cornell dot edu 
cell: 607-342-5267 
SJC campus: suite 1, room 4

[[Jonathan Lafky]] 
University of Pittsburgh, PA 
email address backwards: moc.liamg@ykfalj 
Cell: four one two 849 719five 
Suite 1, room 5.

[[Elizabeth Leicht]] 
University of Michigan, Ann Arbor, MI 
email: eleicht at umich dot (standard academic ending) 
cell: 734-triple two-753 one

[[Tamas Makany]] 
University of Southampton, Hampshire, UK 
Polyhymnia, room 10 
ext: 4214 
email: tamas.makany(at)gmail.com

[[Michael Makowsky]] 
George Mason University, Falls Church, VA
Urania, room 16a
email: mmakowsk(at)gmu.edu

[[Christopher Marton]] - Polyhymnia 11 A&B ext.4216 
Massachusetts Institute of Technology, Cambridge, MA 
email: cmarton at mit dot edu

[[Greg McInerny]] 
Polyhymnia 12, St Johns. EXT 4217. 
University of Leeds/The Centre for Ecology and Hydrology, Banchory, Leeds, UK

[[Patrick Meier]] 
The Fletcher School, Boston MA 
Email: Patrick.Meier(@)Tufts.edu; Cell:+1 646-361-2645 
Skype ID: patrickmeierskype 
Web: [http://fletcher.tufts.edu/phd/students/Meier.html PhD Profile and Research ] 

[[Charlie Messina]] Suite 1, Room 1 
Pioneer Hi-Bred International, Johnston, IA 
Email: cdm430 AT yahoo DOT com

[[Javier Muñoz García]] 
Universidad Carlos III de Madrid, Leganés, Madrid, Spain 
Location on campus: Polyhymnia 14; Phone (505) 995-4219 
Email: jamunoz*AT*math.uc3m.es; messenger:javiermunozgarcia*AT*hotmail.com

[[Andreea Munteanu]] 
Universitat Pompeu Fabra, Barcelona, Spain 
Location on campus: Suite 2, room 3, phone (505) 995-4303 
Email: andreea.munteanu(AT)upf.edu

[[Christoph Neugebauer]] 
University of Cambridge, UK 
Location on campus: Polyhymnia 15, ext. 4220 
email: cjn24 AT cam.ac.uk

[[Paul Newton]] 
Boeing, Seattle, WA

[[Linsey O'Brien]] 
MITRE, Bedford, MA

[[Michael Raghib Moreno]] 
Princeton University, NJ 
Polyhymnia 16, (505) 995 4221 
mraghib at math at princeton dot edu

[[Valentin Robu]] 
CWI, Dutch Research Center for Mathematics and Computer Science, Amsterdam, The Netherlands
Email: robu at cwi dot nl 
Location on campus: Polyhymnia 16A

[[David Rojas]] 
NASA, Hampton, VA

[[Akiko Satake]] 
Princeton University, NJ

[[David Schaefer]] 
Arizona State University, Tempe, AZ 
Email: david dot schaefer at asu dot edu 
Location on campus: Polyhymnia 26

[[Susanne Schindler]] 
Max Planck Institute for Mathematics in the Sciences, Leipzig, Germany 
Email: Susanne dot Schindler at mis dot mpg dot de 
Location on campus: Suite 2, room 5, ext 4304

[[Jie Shao]] 
University of Oklahoma, Norman, OK

[[Hana Shepherd]] 
Princeton University, NJ 
On campus: Suite 5, room 2, ext. 4330 
hshepher [at] princeton [dot] edu 
303 859-7238 

[[Tetsuya Shoji]] 
Toyota Motor Corporation, Japan

[[Andrew Stout]] 
U. Massachusetts - Amherst, Sunderland, MA

[[Andrea Tanzer]] 
University of Vienna, Austria 
email: at@tbi.univie.ac.at 
location on campus: suite 5, room 3, phone (505) 995-4331 
skype: atanzer

[[Jorge Tavares]] 
University of Coimbra, Portugal 
jast [at] dei [dot] uc [dot] pt 
Polyhymnia, room 21, (505) 995-4225

[[Marko Thaler]] 
University of Ljubljana, Slovenia

[[Brian Tivnan]] 
MITRE, McLean, VA

[[Spandan Tiwari]] 
University of Missouri-Rolla Rolla, MI

[[Maria Vivien Visaya]] 
Kyoto University, Japan 
v3isaya[at]math[dot]kyoto-u[dot]ac[dot]jp

[[Jack Waddell]] 
University of Michigan, Ann Arbor, MI

[[Saskia Werners]] 
Wageningen University and Research Centre, Amsterdam, The Netherlands
room 5 in D5 (building 41). ext 4333
E: saskia -at- mungo.nl

[[Ryan Woodard]] 
British Antarctic Survey, Cambridge, UK

CSSS 2006 Santa Fe-Participants

2006-06-28T16:08:57Z

V3isaya:

{{CSSS 2006--Santa Fe}}
[[Katharine Anderson]] 
University of Michigan, Ann Arbor, MI 
email: andersok (at) umich (dot) edu 
Suite 2 #6 

[[Sandra Arndt]] 
Universiteit Utrecht, The Netherlands 
email: arndt (at) geo (dot) uu (dot) nl 
room ext: 4307 
Sunflower 8 

[[Stefan Braunewell]] 
University of Bremen, Germany 
Calliope 10A 
room ext: 4155

[[William Burnside]] 
University of New Mexico, Albuquerque, NM

[[Mike Butters]] 
Nativis, San Diego, CA

[[Juan Calderon]] 
email: ju-cald1 (at) uniandes (dot) edu (dot) co 
room ext: 4157 
Calliope 12 
Universidad de los Andes, Bogota, Colombia 
[http://www.dumpa.tk Home page]

[[Fabrice Cavarretta]] - Calliope 13 ext. 4158 
INSEAD, Fontainebleau, France 
Email: Fabrice.Cavarretta(@)insead.edu Mob:+33 6 09 59 46 74 
MSNM: fabrice@cavarretta.com AIM/YM: fcaspam Skype: fcavarretta 
Web: [http://ot.cavarretta.com ot.cavarretta.com] 

[[Brian Chapados]] 
The Scripps Research Institute, La Jolla, CA

[[Basit Chaudhry]] 
UCLA/RAND, Los Angeles, CA
email: basitchaudhry(at)yahoo.com 
mobile: 310 359 3729 
Calliope rm 15 

[[Arturo Chavoya]]- Polyhymnia 25 Ext.4230 
Universite de Toulouse I, France 
Email & MSNM: achavoya AT hotmail DOT com

[[Adrian de Froment]] Calliope 15a, ext 4161 
Princeton University, NJ 
Email: adriande at princeton dot edu; Phone: 609 933 3177 
MSN: adriandefroment at hotmail dot com; AIM: adriandefrom 

[[Matina Donaldson]] 
University of Washington, Seattle, WA 
Email: donaldso at eva dot mpg dot de 
Mobile: (206) 403-6182 
Location: Suite 2, Room 10

[[Haifeng Du]] 
Morrison Institute for Population and Resource Studies, Stanford, CA

[[Johan Elkink]] 
Trinity College, Dublin, Ireland 
All details can be found here: [http://jaeweb.cantr.net]

[[Dietrich Falkenthal]] 
MITRE

[[Sebastian Fallert]] 
University of Cambridge, UK

[[Anna Fedor]] 
Eötvös Lorán University of Sciences, Budapest, Hungary

[[Alessandro Gagliardi]] - Calliope 22 
Rutgers University, Newark, NJ 
Tel: 917.805.9797 
Email: alessandro [at] gagliardi [dot] name 
AIM: soleklypse

[[Sam Garg]] 
Stanford University, USA 
US mobile: 650-714.4973 
Email: samgarg [at] stanford [dot] edu 
MSN: shubs@hotmail.com; Skype: samgarg2005; GoogleTalk:gargshub 
Calliope 23, Tel Ext: 4168

[[Harry Halpin]] 
University of Edinburgh, Scotland

[[Douglas Hoskins]] 
Boeing, Seattle, WA

[[Izzat Jarudi]] 
Yale University, New Haven, CT 
izzat.jarudi at yale dot edu

[[Elham Kashefi]] 
Institute for Quantum Computing, Waterloo, Ontario, Canada

[[Nikhil Kaza]] 
University of Illinois at Urbana-Champaign, IL 
nkaza (AT) UIUC (doT) edu 217 419 4232(c)
Calliope 26 - extn. 4172

[[Heinz Koeppl]] 
University of California, Berkeley, CA 
first.lastname@berkeley.edu

[[Cornelia Kreutzer]] 
University of Limerick, Limerick, Ireland

[[Lukas Kroc]] 
Cornell University, Ithaca, NY 
email: kroc at cs dot cornell dot edu 
cell: 607-342-5267 
SJC campus: suite 1, room 4

[[Jonathan Lafky]] 
University of Pittsburgh, PA 
email address backwards: moc.liamg@ykfalj 
Cell: four one two 849 719five 
Suite 1, room 5.

[[Elizabeth Leicht]] 
University of Michigan, Ann Arbor, MI 
email: eleicht at umich dot (standard academic ending) 
cell: 734-triple two-753 one

[[Tamas Makany]] 
University of Southampton, Hampshire, UK 
Polyhymnia, room 10 
ext: 4214 
email: tamas.makany(at)gmail.com

[[Michael Makowsky]] 
George Mason University, Falls Church, VA
Urania, room 16a
email: mmakowsk(at)gmu.edu

[[Christopher Marton]] - Polyhymnia 11 A&B ext.4216 
Massachusetts Institute of Technology, Cambridge, MA 
email: cmarton at mit dot edu

[[Greg McInerny]] 
Polyhymnia 12, St Johns. EXT 4217. 
University of Leeds/The Centre for Ecology and Hydrology, Banchory, Leeds, UK

[[Patrick Meier]] 
The Fletcher School, Boston MA 
Email: Patrick.Meier(@)Tufts.edu; Cell:+1 646-361-2645 
Skype ID: patrickmeierskype 
Web: [http://fletcher.tufts.edu/phd/students/Meier.html PhD Profile and Research ] 

[[Charlie Messina]] Suite 1, Room 1 
Pioneer Hi-Bred International, Johnston, IA 
Email: cdm430 AT yahoo DOT com

[[Javier Muñoz García]] 
Universidad Carlos III de Madrid, Leganés, Madrid, Spain 
Location on campus: Polyhymnia 14; Phone (505) 995-4219 
Email: jamunoz*AT*math.uc3m.es; messenger:javiermunozgarcia*AT*hotmail.com

[[Andreea Munteanu]] 
Universitat Pompeu Fabra, Barcelona, Spain 
Location on campus: Suite 2, room 3, phone (505) 995-4303 
Email: andreea.munteanu(AT)upf.edu

[[Christoph Neugebauer]] 
University of Cambridge, UK 
Location on campus: Polyhymnia 15, ext. 4220 
email: cjn24 AT cam.ac.uk

[[Paul Newton]] 
Boeing, Seattle, WA

[[Linsey O'Brien]] 
MITRE, Bedford, MA

[[Michael Raghib Moreno]] 
Princeton University, NJ 
Polyhymnia 16, (505) 995 4221 
mraghib at math at princeton dot edu

[[Valentin Robu]] 
CWI, Dutch Research Center for Mathematics and Computer Science, Amsterdam, The Netherlands
Email: robu at cwi dot nl 
Location on campus: Polyhymnia 16A

[[David Rojas]] 
NASA, Hampton, VA

[[Akiko Satake]] 
Princeton University, NJ

[[David Schaefer]] 
Arizona State University, Tempe, AZ 
Email: david dot schaefer at asu dot edu 
Location on campus: Polyhymnia 26

[[Susanne Schindler]] 
Max Planck Institute for Mathematics in the Sciences, Leipzig, Germany 
Email: Susanne dot Schindler at mis dot mpg dot de 
Location on campus: Suite 2, room 5, ext 4304

[[Jie Shao]] 
University of Oklahoma, Norman, OK

[[Hana Shepherd]] 
Princeton University, NJ 
On campus: Suite 5, room 2, ext. 4330 
hshepher [at] princeton [dot] edu 
303 859-7238 

[[Tetsuya Shoji]] 
Toyota Motor Corporation, Japan

[[Andrew Stout]] 
U. Massachusetts - Amherst, Sunderland, MA

[[Andrea Tanzer]] 
University of Vienna, Austria 
email: at@tbi.univie.ac.at 
location on campus: suite 5, room 3, phone (505) 995-4331 
skype: atanzer

[[Jorge Tavares]] 
University of Coimbra, Portugal 
jast [at] dei [dot] uc [dot] pt 
Polyhymnia, room 21, (505) 995-4225

[[Marko Thaler]] 
University of Ljubljana, Slovenia

[[Brian Tivnan]] 
MITRE, McLean, VA

[[Spandan Tiwari]] 
University of Missouri-Rolla Rolla, MI

[[Maria Vivien Visaya]] 
Kyoto University, Japan
v3isaya(at)math(dot)kyoto-u(dot)ac(dot)jp

[[Jack Waddell]] 
University of Michigan, Ann Arbor, MI

[[Saskia Werners]] 
Wageningen University and Research Centre, Amsterdam, The Netherlands
room 5 in D5 (building 41). ext 4333
E: saskia -at- mungo.nl

[[Ryan Woodard]] 
British Antarctic Survey, Cambridge, UK

Maria Vivien Visaya

2006-06-28T16:06:34Z

V3isaya:

[[Image:vivien.jpg|left]] I'm a Ph.D. student in Mathematics (Dynamical Systems) at Kyoto University. I did my undegraduate in Mathematics and Masters in Applied Mathematics at the University of the Philippines-Diliman.

Under the supervision of Prof. Hiroshi Kokubu, my thesis topic is on finding a lower bound for the topological entropy of multivalued maps coming from a time series of an unknown dynamical system. Understanding time series is crucial if we want to know something about how the true but unknown underlying system that drives it behaves. The
method of estimation is by means of a multivalued map obtained from a time series and showing a horseshoe-like dynamics present in this map. The notion of symbolic dynamics and phase-space reconstruction play crucial roles as well.

Just very recently, I've been interested in studying coupled cell networks (mainly focusing on the works of Martin Golubitsky). Given a system of ODEs, by restricting to the polydiagonal subspace, can we say something about the network architecture of the original system? What relation exists among the network symmetry group (which deals with the global stucture), the network symmetry groupoid (local structure), and the original network? Which aspects of coupled cell dynamics are due to network architecture? How can patterns of synchrony for a given network be established in practice? I'm looking forward to discussions with everyone specialising in the application of mathematics in different fields (Physics, Economics, Systems Biology (modeling of biological systems such as coupled oscillators and circadian rhythm in particular), etc) so see you all in June.

On the Topological Entropy of Multivalued Maps

2006-06-22T04:32:38Z

V3isaya:

The notion of topological entropy, an invariant quantitative
measure of the complexity of a dynamical system f, is often used
to define chaos. It measures the extent to which points that are
very near are mapped to points that are far away by repeated
application of f. A dynamical system f may be said to be
chaotic if its topological entropy, denoted by h(f), is positive. Although topological entropy has already been established for more general single-valued maps, in general, many chaotic systems encountered in practice cannot be described by such maps. We consider the topological entropy of maps that cannot be described by one-dimensional dynamics.

Given arbitrary sets X and Y, a multivalued map F from X to Y is such that F(x) is assigned a subset Y' of Y for all x in X. A single-valued map g from X'(subset of X) to Y is called a selector for F over X' if g(x) is in F(x) for all x in X'. We have two objectives here, namely (1) to give a precise definition of the topological entropy of a multivalued map and (2) to show that picking a continuous selector for F that resembles a one-dimensional map is sufficient to give a lower bound for the topological entropy of F. More precisely, we consider F to be reconstruction map (of some unknown dynamical system f) in two-dimensional space. We employ the method of time-delay reconstruction and verify (2) using experimental data that, when reconstructed in two-dimensional space, can be viewed as a union of continuous selectors.

Vivien, (insert name if you have interesting data),

On the Topological Entropy of Multivalued Maps

2006-06-22T04:24:41Z

V3isaya:

Group Pages

2006-06-22T04:20:04Z

V3isaya:

*[[David-Fabrice-Javier Group]] Study of network generation

*[[WikiPeer Group]] Study of two reputation voting models

*[[Biological regulatory networks group]] Study of biological regulatory networks with stochastic boolean models

*[[RNAnet]] a RNA based toy model for regulatory networks

*[[Time-Delayed Embedding project]] aimed at learning the method and applying it to interesting datasets.

*[[Social Networks and Dynamic Analysis:]] using event-data to model conflict and cooperation networks.

*[[Power-laws, Conflict and Cooperation:]] using event-data to investigate whether conflict and cooperation events follow a power-law distribution.

*[[World Order and Stability:]] applying foodweb dynamics to model stability in a uni-polar versus a multi-polar world order.

*[[Negative Event Driven Ethnic Migration]] : An agent-based model of ethnic migration from negative events. Built with Schelling Dynamics in simultaneous spatial and social network structures.

*[[Diffusion of "Culture" in a Network with Multiple Types of Ties:]] An analysis of how rules governing the formation and breaking of ties propagates in a network with two different types of ties associated with different rules.

*[[Dynamics of Online Tagging]]

*[[An Optimization Algorithm Based on the Small-World Phenomenon]] :Inspired by the efficient search mechanisms of small-world phenomena, we will construct an optimization algorithm based on the combination of local and long-range search.

*[[Community Structure in Small-world and Scale-free Networks]]:Detecting the community structure in Watts and Strogatz’s small-world network and Barabàsi’s scale-free network.

*[[An Agent-based Model of the Spread of Social Norms]]

*[[Artificial Regulatory Networks and the Evolution of Neural Networks]]

*[[Exploring evolutionary, co-evolutionary and "island evolution" models for the multi-issue negotiation problem]]

*[[Games and networks]]: An evolutionary model inspired by animal groups

*[[Simulating Self-Organised Fractals]]: An attempt to build a computer simulation of Hubler's first experiment.

*[[Chaos in a Corn Field]]

*[[Noise indused transition in spatially heterogenious space]]

*[[Anomalous Statistics and Locally Regulated Asynchronous Updating in Self-Propelled Particle Models of Animal Swarms]]

*[[Investigating Nonlinear Dynamics of Neuroscience Data]]

*[[Analysis of the Swim Central Pattern Generator of the Melibe: A Symmetry Approach]]

*[[On the Topological Entropy of Multivalued Maps]]

Analysis of the Swim Central Pattern Generator of the Melibe: A Symmetry Approach

2006-06-22T04:17:16Z

V3isaya:

It has well been established that the central pattern generator (CPG), a network of neurons capable of generating a rhythmic output, (partly) controls animal locomotion. Motivated by the works of M. Golubitsky and I. Stewart ([1], [2]) on the model of the CPG for animal locomotion for quadrupeds, we give a mathematical analysis of the swim CPG network architecture of the nudibranch mollusc Melibe leonina given in [3]. Analysis of the model requires symmetry arguments (from symmetric bifurcation theory) in the context of coupled cell networks. We also give numerical results that show, in particular, that symmetry gives rise to phase relation and/or synchronization in the network.

*By a cell, we mean a unit described by a system of ODEs defined on a Euclidean space. A coupled cell network N=(C,E,~_C,~_E) comprises (1) a finite set of nodes C, (2) an equivalence relation ~_C on C, (3) a finite set of edges E, (4) an equivalence relation ~_E on E, and (5) consistency and compatibility conditions.

References:

[1] M. Golubitsky and I. Stewart, The Symmetry Perspective: From Equilibrium to Chaos in
Phase Space and Physical Space, Birkhauser, Basel, 2002.

[2] M. Golubitsky and I. Stewart, Nonlinear dynamics of networks: the
groupoid formalism, Bull. Amer. Math. Soc. 43 (2006) 305-364.

[3] S. Thompson and W. Watson III, The Journal of Experimental Biology, vol.208, 1347-1361, The Company of Biologists (2005).

Participants: Vivien, Jie, (insert your name if you're interested)

Group Pages

2006-06-22T04:16:30Z

V3isaya:

Analysis of the Swim Central Pattern Generator of the Melibe: A Symmetry Approach

2006-06-22T04:08:07Z

V3isaya:

Analysis of the Swim Central Pattern Generator of the Melibe: A Symmetry Approach

It has well been established that the central pattern generator (CPG), a network of neurons capable of generating a rhythmic output, (partly) controls animal locomotion. Motivated by the works of M. Golubitsky and I. Stewart ([1], [2]) on the model of the CPG for animal locomotion for quadrupeds, we give a mathematical analysis of the swim CPG network architecture of the nudibranch mollusc Melibe leonina given in [3]. Analysis of the model requires symmetry arguments (from symmetric bifurcation theory) in the context of coupled cell networks. We also give numerical results that show, in particular, that symmetry gives rise to phase relation and/or synchronization in the network.

*By a cell, we mean a unit described by a system of ODEs defined on a Euclidean space. A coupled cell network N=(C,E,~_C,~_E) comprises (1) a finite set of nodes C, (2) an equivalence relation ~_C on C, (3) a finite set of edges E, (4) an equivalence relation ~_E on E, and (5) consistency and compatibility conditions.

References:

[1] M. Golubitsky and I. Stewart, The Symmetry Perspective: From Equilibrium to Chaos in
Phase Space and Physical Space, Birkhauser, Basel, 2002.

[2] M. Golubitsky and I. Stewart, Nonlinear dynamics of networks: the
groupoid formalism, Bull. Amer. Math. Soc. 43 (2006) 305-364.

[3] S. Thompson and W. Watson III, The Journal of Experimental Biology, vol.208, 1347-1361, The Company of Biologists (2005).

Participants: Vivien, Jie, (insert your name if you're interested)

Maria Vivien Visaya

2006-05-26T08:54:17Z

V3isaya:

[[Image:vivien.jpg|left]] Hello from the land of the rising sun. I'm a Ph.D. student in Mathematics (Dynamical Systems) at Kyoto University. I did my undegraduate in Mathematics and Masters in Applied Mathematics at the University of the Philippines-Diliman.

Under the supervision of Prof. Hiroshi Kokubu, my thesis topic is on finding a lower bound for the topological entropy of multivalued maps coming from a time series of an unknown dynamical system. Understanding time series is crucial if we want to know something about how the true but unknown underlying system that drives it behaves. The
method of estimation is by means of a multivalued map obtained from a time series and showing a horseshoe-like dynamics present in this map. The notion of symbolic dynamics and phase-space reconstruction play crucial roles as well.

Just very recently, I've been interested in studying coupled cell networks (mainly focusing on the works of Martin Golubitsky). Given a system of ODEs, by restricting to the polydiagonal subspace, can we say something about the network architecture of the original system? What relation exists among the network symmetry group (which deals with the global stucture), the network symmetry groupoid (local structure), and the original network? Which aspects of coupled cell dynamics are due to network architecture? How can patterns of synchrony for a given network be established in practice? Ahhh, so many questions I wish I could answer! I'm looking forward to discussions with everyone specialising in the application of mathematics in different fields (Physics, Economics, Systems Biology (modeling of biological systems such as coupled oscillators and circadian rhythm in particular), etc) so see you all in June!

Maria Vivien Visaya

2006-05-16T05:22:36Z

V3isaya:

Maria Vivien Visaya

2006-05-16T05:18:40Z

V3isaya:

[[Image:vivien.jpg|left]] Hello from the land of the rising sun. I'm a Ph.D. student in Mathematics (Dynamical Systems) at Kyoto University. I did my undegraduate in Mathematics and Masters in Applied Mathematics at the University of the Philippines-Diliman.

Under the supervision of Prof. Hiroshi Kokubu, my thesis topic is on finding a lower bound for the topological entropy of multivalued maps coming from a time series of an unknown dynamical system. Understanding time series is crucial if we want to know something about how the true but unknown underlying system that drives it behaves. The
method of estimation is by means of a multivalued map obtained from a time series and showing a horseshoe-like dynamics present in this map. The notion of symbolic dynamics and phase-space reconstruction play crucial roles as well.

Just very recently, I've been interested in studying coupled cell networks (mainly focusing on the works of Martin Golubitsky). Given a system of ODEs, by restricting to the polydiagonal subspace, can we say something about the network architecture of the original system? What relation exists among the netwrok symmetry group (which deals with the global stucture), the network symmetry groupoid (local structure), and the original network? Which aspects of coupled cell dynamics are due to network architecture? How can patterns of synchrony for a given network be established in practice? Ahhh, so many questions I wish I could answer! I'm looking forward to discussions with everyone specialising in the application of mathematics in different fields (Physics, Economics, Systems Biology (modeling of biological systems such as coupled oscillators and circadian rhythm in particular), etc).

File:Vivien.jpg

2006-05-16T05:17:07Z

V3isaya:

Maria Vivien Visaya

2006-05-16T05:12:55Z

V3isaya:

Hello from the land of the rising sun. I'm a Ph.D. student in Mathematics (Dynamical Systems) at Kyoto University. I did my undegraduate in Mathematics and Masters in Applied Mathematics at the University of the Philippines-Diliman.

Under the supervision of Prof. Hiroshi Kokubu, my thesis topic is on finding a lower bound for the topological entropy of multivalued maps coming from a time series of an unknown dynamical system. Understanding time series is crucial if we want to know something about how the true but unknown underlying system that drives it behaves. The
method of estimation is by means of a multivalued map obtained from a time series and showing a horseshoe-like dynamics present in this map. The notion of symbolic dynamics and phase-space reconstruction play crucial roles as well.

Just very recently, I've been interested in studying coupled cell networks (mainly focusing on the works of Martin Golubitsky). Given a system of ODEs, by restricting to the polydiagonal subspace, can we say something about the network architecture of the original system? What relation exists among the netwrok symmetry group (which deals with the global stucture), the network symmetry groupoid (local structure), and the original network? Which aspects of coupled cell dynamics are due to network architecture? How can patterns of synchrony for a given network be established in practice? Ahhh, so many questions I wish I could answer! I'm looking forward to discussions with everyone specialising in the application of mathematics in different fields (Physics, Economics, Systems Biology (modeling of biological systems such as coupled oscillators and circadian rhythm in particular), etc).