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Response binding is a pervasive cognitive process, linking manual responses to stimulus features. This study shows uncertain responses bind to spatial cues, influencing later choices but not reaction times, especially in forced-choice tasks.

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Area of Science:

  • Cognitive Psychology
  • Neuroscience
  • Human Factors

Background:

  • Previous research indicates manual responses can bind to irrelevant stimulus features during prime trials.
  • These response bindings affect subsequent processing in probe trials.

Purpose of the Study:

  • To investigate if response binding is a pervasive characteristic of cognitive processing.
  • To examine the binding of uncertain prime-trial responses to stimulus features in a visuospatial task.
  • To explore the influence of response binding on later processing, including reaction time and choice selection.

Main Methods:

  • Utilized a visuospatial task involving prime and probe trials with varying response uncertainty (free-choice, forced-choice).
  • Assessed response binding to relevant spatial features (R-L binding) and irrelevant identity features (R-I binding).
  • Analyzed effects on probe trial response selection preferences and reaction time (RT) data.

Main Results:

  • Uncertain responses in prime trials demonstrated binding to the relevant spatial location feature (R-L binding).
  • R-L binding effects were stronger for within-hand than between-hand probe trials and for choice preferences over RT.
  • R-L binding was absent in forced-choice probe trials, and evidence for R-I binding was minimal, potentially suppressed by R-L binding.

Conclusions:

  • Response binding appears to be a pervasive cognitive characteristic, even with uncertain responses.
  • The manifestation of response binding, particularly R-I binding, can be influenced or prevented by concurrent R-L binding.
  • Findings highlight the importance of considering response binding when interpreting reaction time data in cognitive tasks.