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2026

Other Outputs

Electrophysiological evidence that the mental rotation task is an unreliable metric of visual imagery

Trotman, Conrad, Saurels, Blake W. and Arnold, Derek H. (2026). Electrophysiological evidence that the mental rotation task is an unreliable metric of visual imagery. The University of Queensland. (Dataset)

Electrophysiological evidence that the mental rotation task is an unreliable metric of visual imagery

2026

Other Outputs

Pareidolia and Imagery

Bouyer, Loren N., Arnold, Derek H. and Taubert, Jessica (2026). Pareidolia and Imagery. The University of Queensland. (Dataset) doi: 10.48610/6315ea6

Pareidolia and Imagery

2026

Other Outputs

Earworms_EEG

Derek Arnold, Loren Bouyer, Blake Saurels and D. Samuel Schwarzkopf (2026). Earworms_EEG. The University of Queensland. (Dataset) doi: 10.48610/f4b3702

Earworms_EEG

2026

Other Outputs

Autism and Aphantasia

Derek H. Arnold, Loren N. Bouyer, Blake W. Saurels, D. Samuel Schwarzkopf and Elizabeth Pellicano (2026). Autism and Aphantasia. The University of Queensland. (Dataset) doi: 10.48610/57f325b

Autism and Aphantasia

2026

Other Outputs

Aphantasia and Dreams

Derek H. Arnold, Loren N. Bouyer and Merlin Monzel (2026). Aphantasia and Dreams. The University of Queensland. (Dataset) doi: 10.48610/d3654a6

Aphantasia and Dreams

2026

Other Outputs

People report having idiosyncratic ‘diets’ of different types of imagined sensation when they re-experience the past, and pre-experience the future.

Derek H. Arnold, Loren Bouyer, Blake W. Saurels and D. Samuel Schwarzkopf (2026). People report having idiosyncratic ‘diets’ of different types of imagined sensation when they re-experience the past, and pre-experience the future.. The University of Queensland. (Dataset) doi: 10.48610/d65d744

People report having idiosyncratic ‘diets’ of different types of imagined sensation when they re-experience the past, and pre-experience the future.

2026

Other Outputs

Imagery modulates the pupillary response

Arnold, Derek H. and Saurels, Blake W. (2026). Imagery modulates the pupillary response. The University of Queensland. (Dataset) doi: 10.48610/8bb06e2

Imagery modulates the pupillary response

2026

Other Outputs

Intrusive thoughts better predict the strengths of people’s imagined experiences than semantic priming from imagery.

Derek H. Arnold and Loren N. Bouyer (2026). Intrusive thoughts better predict the strengths of people’s imagined experiences than semantic priming from imagery.. The University of Queensland. (Dataset) doi: 10.48610/27cf21a

Intrusive thoughts better predict the strengths of people’s imagined experiences than semantic priming from imagery.

2025

Other Outputs

Mental Rotation Strategies

Derek H. Arnold (2025). Mental Rotation Strategies. The University of Queensland. (Dataset) doi: 10.48610/08c31c8

Mental Rotation Strategies

2025

Other Outputs

Pink Elephants: Intrusive Thoughts Project

Derek H. Arnold, Blake W. Saurels and Loren N. Bouyer (2025). Pink Elephants: Intrusive Thoughts Project. The University of Queensland. (Dataset)

Pink Elephants: Intrusive Thoughts Project

2025

Other Outputs

DATA FOR: Repetition violating events do not enhance sensitivity to embedded content, but repeated events can reduce sensitivity - Updated

Saurels, Blake and Arnold, Derek (2025). DATA FOR: Repetition violating events do not enhance sensitivity to embedded content, but repeated events can reduce sensitivity - Updated. The University of Queensland. (Dataset) doi: 10.48610/0747161

DATA FOR: Repetition violating events do not enhance sensitivity to embedded content, but repeated events can reduce sensitivity - Updated

2025

Other Outputs

Twinkle-Goes Illusion Data - The extrapolation data (ms) for Experiment 1

Saurels, Blake W. and Arnold, Derek H. (2025). Twinkle-Goes Illusion Data - The extrapolation data (ms) for Experiment 1. The University of Queensland. (Dataset) doi: 10.48610/553b99c

Twinkle-Goes Illusion Data - The extrapolation data (ms) for Experiment 1

2024

Other Outputs

Ear worms: priming from earworms is predicted by individual differences in the salience of imagined sounds

Arnold, Derek H. (2024). Ear worms: priming from earworms is predicted by individual differences in the salience of imagined sounds. The University of Queensland. (Dataset) doi: 10.48610/43cad66

Ear worms: priming from earworms is predicted by individual differences in the salience of imagined sounds

2024

Other Outputs

Binocular rivalry and imagery

Bouyer, Loren N., Schwarzkopf, Dietrich S., Saurels, Blake W. and Arnold, Derek H. (2024). Binocular rivalry and imagery. The University of Queensland. (Dataset) doi: 10.48610/00effb3

Binocular rivalry and imagery

2024

Other Outputs

Pink Elephants Project

Arnold, Derek H., Bouyer, Loren N. and Saurels, Blake W. (2024). Pink Elephants Project. The University of Queensland. (Dataset) doi: 10.48610/8c236f2

Pink Elephants Project

2023

Other Outputs

Adaptation and Extrapolation

Loren Bouyer, Derek H. Arnold, Alan Johnston and Jessica Taubert (2023). Adaptation and Extrapolation. The University of Queensland. (Dataset) doi: 10.48610/1d6be63

Adaptation and Extrapolation

2023

Other Outputs

Enhanced electrophysiological responses to explicitly predicted and pre-imagined inputs, with confirmation from online decoding with neuro-feedback

Arnold, Derek H., Saurels, Blake W. and Electricity, Felicity (2023). Enhanced electrophysiological responses to explicitly predicted and pre-imagined inputs, with confirmation from online decoding with neuro-feedback. The University of Queensland. (Dataset) doi: 10.48610/c774dd1

Enhanced electrophysiological responses to explicitly predicted and pre-imagined inputs, with confirmation from online decoding with neuro-feedback

2023

Other Outputs

Imagined Sensory Experiences - Analysis scripts.

Arnold, Derek (2023). Imagined Sensory Experiences - Analysis scripts.. The University of Queensland. (Dataset) doi: 10.48610/b09a867

Imagined Sensory Experiences - Analysis scripts.

2023

Other Outputs

Event probabilities data

Saurels, Blake and Arnold, Derek (2023). Event probabilities data. The University of Queensland. (Dataset) doi: 10.48610/498a039

Event probabilities data

2023

Other Outputs

Predicting Imagined Sensory Intensity

Arnold, Derek (2023). Predicting Imagined Sensory Intensity. The University of Queensland. (Dataset) doi: 10.48610/59e5757

Predicting Imagined Sensory Intensity