Reaction Time as an Actual and a Perceived Cue to Deception Under Cognitive Load

ABSTRACT The predictive validity of reaction time as an actual (objective) and a perceived cue to deception was tested in two experiments differing in question presentation methodology. Participants were video recorded while giving truthful and dishonest verbal responses to autobiographical questions under high and low cognitive load, and coders later viewed the recordings to detect their responses. We hypothesized that lie reaction times (RTs) would be significantly longer than truthful RTs and that longer RTs would be associated with differential lie and truth detection accuracy. We did not make any predictions regarding cognitive load, considering the current literature has produced mixed results. Our hypotheses were supported by the data. Results of our load manipulation differed between Experiment 1 and Experiment 2, leaving us questioning its validity. We provide many suggestions for future research regarding experimental methodologies measuring deception and cognitive load.

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Publication Details

Journal
Applied Cognitive Psychology
Published
2025-05-01
DOI
https://doi.org/10.1002/acp.70075
Primary Topic
Deception detection and forensic psychology
Type
article
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article

Reaction Time as an Actual and a Perceived Cue to Deception Under Cognitive Load

Keith A. Hutchison, Erin M. Brennan
Applied Cognitive Psychology
Deception detection and forensic psychology
article

Reaction Time as an Actual and a Perceived Cue to Deception Under Cognitive Load

Keith A. Hutchison, Erin M. Brennan
article en

Abstract

ABSTRACT The predictive validity of reaction time as an actual (objective) and a perceived cue to deception was tested in two experiments differing in question presentation methodology. Participants were video recorded while giving truthful and dishonest verbal responses to autobiographical questions under high and low cognitive load, and coders later viewed the recordings to detect their responses. We hypothesized that lie reaction times (RTs) would be significantly longer than truthful RTs and that longer RTs would be associated with differential lie and truth detection accuracy. We did not make any predictions regarding cognitive load, considering the current literature has produced mixed results. Our hypotheses were supported by the data. Results of our load manipulation differed between Experiment 1 and Experiment 2, leaving us questioning its validity. We provide many suggestions for future research regarding experimental methodologies measuring deception and cognitive load.

Applied Cognitive PsychologyVol. 39(3)
Montana State University (US)
Openalex Percentile: Top 87%
Deception detection and forensic psychology
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