Max Planck Institute for Biological Intelligence at SfN 2026

Nov 14–18, 2026 Washington, DC ~21k attendees Website

Max Planck Institute for Biological Intelligence brings 3 presentations to SfN 2026 in Washington. Its presentations centre on seasonal vocal behavior, changing neural representations, and learning-related inputs to motor cortex. One thread compares testosterone-related gene activity in the brain and peripheral tissues of canaries.

Organization	SfN 2026 Attendance
MP Max Planck Institute for Biological Intelligence Seewiesen, Germany
Universities and research institutes Research institute studying biological intelligence, based in Martinsried and Seewiesen, Germany.	Poster Sat Nov 14 1–5pm Part of Session PSTR021: Hormones and Cognition Systemic testosterone signal, specific response: Brain and peripheral transcriptomic profiling of seasonal vocal behavior in canaries WCC Halls A-C · Board BB5 Talk Mon Nov 16 9–9:15am Part of Session NANO20: Stability and Change in Neural Representations: From Drift Mechanisms to Human Circuit Dynamics Representational drift is insensitive to altered levels of inhibition WCC Rm 145 Poster Tue Nov 17 1–5pm Part of Session LBP065: F.04. Voluntary Movements Using two-timeframe rabies virus tracing to investigate learning-related inputs to mouse motor cortex WCC Halls A-C · Board C6

Organization

SfN 2026 Attendance

Max Planck Institute for Biological Intelligence

Seewiesen, Germany

Universities and research institutes

Research institute studying biological intelligence, based in Martinsried and Seewiesen, Germany.

Poster

Sat Nov 14
1–5pm

Part of Session PSTR021: Hormones and Cognition

Systemic testosterone signal, specific response: Brain and peripheral transcriptomic profiling of seasonal vocal behavior in canaries

WCC Halls A-C · Board BB5

Talk

Mon Nov 16
9–9:15am

Part of Session NANO20: Stability and Change in Neural Representations: From Drift Mechanisms to Human Circuit Dynamics

Representational drift is insensitive to altered levels of inhibition

WCC Rm 145

Poster

Tue Nov 17
1–5pm

Part of Session LBP065: F.04. Voluntary Movements

Using two-timeframe rabies virus tracing to investigate learning-related inputs to mouse motor cortex

WCC Halls A-C · Board C6

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Not affiliated with the Society for Neuroscience. Organization details are derived from SfN’s published exhibitor list, its Neuroscience Meeting Planner and each organization’s own website. Submit a correction