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Robot gaze-timing combinations and the uncanny valley

Source record hsieh-2026-robot-gaze-uncanny · 2026 · Computers in Human Behavior Reports
Evidence tier: B (peer-reviewed-journal) · Verification: verified-abstract (compiler confidence: high)
Bottom line: Across nine robot gaze-timing conditions, likability followed an uncanny-valley (cubic) curve over perceived anthropomorphism while perceived empathy rose steadily; extraversion, negative attitudes and neuroticism moderated these relations.

Citation

Te-Yi Hsieh, Pai-He Hsiao, Sin-Cheng Ciou, Chia-Hui Pan, Tzu-Chun Chen, Chia-Chun Tsai, Yu Fang, Su-Ling Yeh (2026). Robot gaze-timing combinations and the uncanny valley. Computers in Human Behavior Reports, 24, 101378. https://doi.org/10.1016/j.chbr.2026.101378

Verification entry (identifiers, resolvers, claims with source locations): /data/citations.json#hsieh-2026-robot-gaze-uncanny

Study design

Field Value
Design Within-subject ratings of a virtual robot in nine gaze conditions (direct vs averted gaze ratios and durations) during storytelling, with eye tracking (EMHMM) and personality/attitude measures
Modality robot-face
Stimuli Virtual anthropomorphic robot, nine gaze-timing combinations
Participants (N) 61
Topics uncanny-valley, valley-shape, individual-differences

Results

Metric Value Note
Anthropomorphism-likability relation cubic, uncanny-valley pattern
Anthropomorphism-empathy relation rose steadily (no valley)
Moderators (exploratory) extraversion and negative attitudes toward robots (likability); neuroticism (empathy)
Eye-movement patterns (EMHMM) two: analytic and holistic higher openness → more analytic viewing of the highest-rated gaze conditions

Moderators

Mechanism relevance

human-likeness

Limitations

Cited in

Verification

Field Value
Status verified-abstract
Compiler confidence high
Checked on 2026-10-19
Via OpenAlex abstract record W7221007893 for doi:10.1016/j.chbr.2026.101378

Values on this page have not all been checked against the full text. Confirm them against the primary source before high-stakes use.