IEEE Trans Haptics April 2025 PMID 39226194

Perceiving Synchrony: Determining Thermal-Tactile Simultaneity Windows.

Takuya Jodai, Lynette A Jones, Masahiko Terao, Hsin-Ni Ho

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Peak: 9 in Sep 2024

across 3 sources since Sep 2024

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AI synopsis

What people are saying

The discussions highlight enthusiasm for the article's findings, with posts describing the observed phenomena, such as the broader simultaneity window and the preference for thermal stimuli to precede tactile ones, using engaging language like 'out!' and emphasizing the importance of these results for future applications.

AgreementModerate agreement

Both posts express positive reactions and highlight the findings, showing they align with the significance of the research.

InterestHigh interest

The posts demonstrate high enthusiasm and curiosity about the study’s results and implications, indicated by phrases like 'out!' and emphasizing the broad window for simultaneity.

EngagementModerate engagement

Comments include mentions of specific results, such as the thermal stimuli preceding tactile stimuli, indicating a moderate level of detailed discussion.

ImpactModerate impact

The posts suggest that understanding this sensory processing could influence fields like social interactions and object recognition, hinting at a noteworthy impact.

Abstract in brief

The study investigated how closely in time touch (tactile) and warm thermal signals need to be presented on the skin for people to perceive them as happening simultaneously, finding an average simultaneity window of about 1041 milliseconds.
Participants were most likely to perceive thermal and tactile stimuli as simultaneous when the warm thermal stimulus was presented approximately 569 milliseconds before the tactile stimulus.
These results suggest that thermal and tactile signals don't need to occur exactly at the same time for the brain to perceive them as synchronized, allowing for adjustments in their timing to create more realistic touch experiences in applications like object recognition or social interactions.]

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All mentions

Understanding Thermal-Tactile Perception and Synchrony Windows

This video introduces research on how humans perceive the timing of touch and warm thermal stimuli, highlighting a 1041 ms window for perceived simultaneity and how thermal signals can precede tactile ones by…

Touching Futures - Ho Haptics Lab · Aug 21, 2025 56 views

Thermal-Tactile Synchrony Windows in Human Perception

This study explores how touch temperature and multisensory experiences influence human communication and design. It investigates the timing window for perceiving thermal and tactile signals as simultaneous, vital for…

Touching Futures - Ho Haptics Lab · Aug 21, 2025 17 views

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