Skip to main navigation
Skip to content
Skip to footer
Skip to search
Uni A-Z
Contact
Search
Search (via Ecosia)
Search
Login
Login
Login
Language
Choose language
German
English
Information for
Prospective Students
Current Students
Staff
Teaching Staff
Alumni
Medien
Business
Lifelong learning
Quicklinks
All Degree Programs
ALMA Portal
Excellence Strategy
Staff Search (EPV)
Student Administration
University Library
Online Course Catalogue
Webmail Uni Tübingen
Advice for International Students
Faculty of Science
Self-organization of neuronal networks
Self-organization of neuronal networks
Home
News
Lab Projects
Back
Excitatory/Inhibitory networks
State-dependent neural dynamics
Computation close to criticality
Network structure and subsampling
Collective dynamics and emergence
Neuronal constraints and self-organization
Publications
Teaching
People
Back
Anna Levina
Dr. Tanguy Fardet
Dr. Victor Buendia
Manos Giannakakis
Sina Khajehabdollahi
Tim Schäfer
Oleg Vinogradov
Roxana Zeraati
Contact
Informationen für
Back
Prospective Students
Current Students
Staff
Back
Advice and help
Computer and IT
Staying healthy
Communication and media
Human Resources
Use of rooms
Corporate Design
Teaching Staff
Back
Digital teaching
Digital examinations
Center for Teaching and Learning
Planning and Development of Degree Programs
Angebote der Zentralen Studienberatung
Alumni
Back
Alumni registration
Get involved
News
Research alumni
From the Network
Contact us
Get involved
Medien
Business
Lifelong learning
Back
Über uns
Hochschulweiterbildung@BW
Programm
Abschlüsse
Teilnahmevoraussetzungen
Fördermöglichkeiten
Häufige Fragen
Anmeldung
Schnellzugriff
Back
All Degree Programs
ALMA Portal
Excellence Strategy
Staff Search (EPV)
Student Administration
University Library
Online Course Catalogue
Webmail Uni Tübingen
Advice for International Students
Excellence Strategy
Home
News
Lab Projects
Publications
Teaching
People
Contact
You are here:
Home
Faculties
Faculty of Science
Departments
Computer Science
Self-organization and optimality in neuronal networks
01.04.2022
Tim Schäfer joins the group
Welcome, Tim!
More information about
Tim
Back
