Shizuoka University at SfN 2026

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

Shizuoka University brings 7 presentations to SfN 2026 in Washington. Its presentations at this meeting centre on the cutaneous rabbit illusion and how experience, context, and motor responses shape timing judgments. One thread examines whether activity over the right premotor cortex attenuates the illusion.

Organization	SfN 2026 Attendance
Shizuoka University Shizuoka, Japan
shizuoka.ac.jp Universities and research institutes National research university in Shizuoka, Japan.	Poster Sun Nov 15 8am–noon Part of Session PSTR057: Somatosensation: Thalamic and Cortical Processing Electrocorticographic activity associated with the cutaneous rabbit effect: A case study WCC Halls A-C · Board Web Only Poster Mon Nov 16 1–5pm Part of Session LBP035: E.02. Somatosensation A transcranial magnetic stimulation over the right premotor cortex attenuates the cutaneous rabbit illusion WCC Halls A-C · Board Web Only Poster Mon Nov 16 1–5pm Part of Session PSTR180: Somatosensation: Human Representations and Mechanisms Prior experience and environment-based anticipation facilitate the cutaneous rabbit illusion WCC Halls A-C · Board Web Only Poster Tue Nov 17 1–5pm Part of Session PSTR288: Timing and Temporal Processing Acquisition of multiple timing priors without experimentally imposed behavioral contexts in a virtual batting task WCC Halls A-C · Board Web Only Poster Tue Nov 17 1–5pm Part of Session PSTR288: Timing and Temporal Processing Lead-in and follow-through motor responses with one hand facilitate multiple-prior acquisition in timing behavior with the other hand WCC Halls A-C · Board Web Only Poster Tue Nov 17 1–5pm Part of Session PSTR288: Timing and Temporal Processing Behavioral-context dependency between generalization and motor specificity in learning two distinct timing priors WCC Halls A-C · Board Web Only Poster Tue Nov 17 1–5pm Part of Session PSTR288: Timing and Temporal Processing Alternating and random presentation patterns of two timing priors reveal opposite influences of autistic traits on timing prior acquisition WCC Halls A-C · Board LL9

Organization

SfN 2026 Attendance

Shizuoka University

Shizuoka, Japan

shizuoka.ac.jp

Universities and research institutes

National research university in Shizuoka, Japan.

Poster

Sun Nov 15
8am–noon

Part of Session PSTR057: Somatosensation: Thalamic and Cortical Processing

Electrocorticographic activity associated with the cutaneous rabbit effect: A case study

WCC Halls A-C · Board Web Only

Poster

Mon Nov 16
1–5pm

Part of Session LBP035: E.02. Somatosensation

A transcranial magnetic stimulation over the right premotor cortex attenuates the cutaneous rabbit illusion

WCC Halls A-C · Board Web Only

Poster

Mon Nov 16
1–5pm

Part of Session PSTR180: Somatosensation: Human Representations and Mechanisms

Prior experience and environment-based anticipation facilitate the cutaneous rabbit illusion

WCC Halls A-C · Board Web Only

Poster

Tue Nov 17
1–5pm

Part of Session PSTR288: Timing and Temporal Processing

Acquisition of multiple timing priors without experimentally imposed behavioral contexts in a virtual batting task

WCC Halls A-C · Board Web Only

Poster

Tue Nov 17
1–5pm

Part of Session PSTR288: Timing and Temporal Processing

Lead-in and follow-through motor responses with one hand facilitate multiple-prior acquisition in timing behavior with the other hand

WCC Halls A-C · Board Web Only

Poster

Tue Nov 17
1–5pm

Part of Session PSTR288: Timing and Temporal Processing

Behavioral-context dependency between generalization and motor specificity in learning two distinct timing priors

WCC Halls A-C · Board Web Only

Poster

Tue Nov 17
1–5pm

Part of Session PSTR288: Timing and Temporal Processing

Alternating and random presentation patterns of two timing priors reveal opposite influences of autistic traits on timing prior acquisition

WCC Halls A-C · Board LL9

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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