27
OKT

Computation in State Space: What Populations Do That Single Neurons Don't

Vortrag
Breite Öffentlichkeit
27.10.2026 10:15 - 12:00
+ Hybridveranstaltung)

Visionary Lecture with Jaime Cadena Valencia (Schmid lab, Department of Neurosciences and Movement Sciences, University of Fribourg).

Why recordings from hundreds of neurons demand a different unit of analysis than the single cell, and what the geometry of population activity reveals about computation across species and sensory domains.

Join in PER 21, room E040, or online via Microsoft Teams. Talk in English. Open to all, no registration.
Wann?
27.10.2026 10:15 - 12:00
Online
Microsoft Teams, same link for every session of the series

 Link zur Online-Veranstaltung

Wo?
Standort PER 21 / Raum E040
Boulevard de Pérolles 90, 1700 Fribourg
Website
https://digital-neuroscience.human-ist.ch/visionary-lectures
Organisation
sp-MSc Digital Neuroscience, Human-IST Institute
Samy Rima
msc-dn@unifr.ch
Boulevard de Pérolles 90
1700 Fribourg
Vortragende / Mitwirkende
Jaime Cadena Valencia, Schmid lab, Department of Neurosciences and Movement Sciences, University of Fribourg
Anhänge
  SDN.00003_SA26_Poster_07_Cadena.pdf

REIHE von Veranstaltungen:
Visionary Lectures AS26: Current Topics in Digital Neuroscience

Weekly seminar series of the specialised Master in Digital Neuroscience (SDN.00003). Researchers and founders from Swiss and European labs show where neuroscience, AI and technology meet, from molecules and neurons to brains, machines and society.

Tuesdays, 10:15–12:00, PER 21, Boulevard de Pérolles 90, Fribourg (room given for each talk).
Join online (Microsoft Teams): https://teams.microsoft.com/meet/342665997733010?p=lnLvIRTCSIZ07fH8fC
Talks in English. Open to all, no registration.
Full programme: https://digital-neuroscience.human-ist.ch/visionary-lectures
 

Weitere Veranstaltungen dieser Reihe

06.10.2026A representation of the body in space, and its role in self-consciousness
13.10.2026Toward a multimodal social neuroscience of mental disorders
20.10.2026Machine learning for electrophysiological data
27.10.2026Computation in State Space: What Populations Do That Single Neurons Don't
03.11.2026From Neural Encoding to Neuromorphic Applications
10.11.2026Neuroprosthetics with microfabricated neurotechnology
17.11.2026How Learning Environments Shape the Developing Brain
24.11.2026The birth of BeweLab SA
01.12.2026Recreating the sense of movement in neuroprosthetic systems
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