Auditory
Auditory aphantasia is the inability to voluntarily hear sounds, music, or voices in your mind, sometimes called a silent mind. Closely tied to inner speech.
Auditory aphantasia is the inability to voluntarily hear sounds, music, or voices in your mind, sometimes called a silent mind. Closely tied to inner speech.
Auditory aphantasia is the inability to voluntarily hear sounds, music, or voices in your mind, sometimes called a silent mind. Closely tied to inner speech.
Researchers found that anauralia and aphantasia share a 0.8% prevalence but have distinct psychological profiles. This suggests that the absence of sensory imagery is modality-specific rather than a single, unified condition.
Lambert, A. J., Schelp, Z. M., Quigley-Tump, G., Tan, V., Purdy, S., & Sibley, C. (2026). Anauralia and aphantasia: prevalence and distinct associations with personality, well-being and self-regulation in a large, representative sample.. Neuropsychologia, 109527. doi:10.1016/j.neuropsychologia.2026.109527
People with aphantasia were more accurate but slower than controls on multimodal mental comparison tasks. This suggests that sensory cognition can be successfully achieved through propositional rather than imagistic strategies.
Suggate, S. P., Milton, F., & Tree, J. (2026). Multimodal mental comparisons in those with and without aphantasia. Neuropsychologia, 222, 109373. doi:10.1016/j.neuropsychologia.2026.109373
Bilateral temporal cortex stimulation significantly reduced the volitional control of auditory imagery while leaving vividness largely unaffected. This suggests that the ability to manipulate internal sounds relies on specific temporal-cortical dynamics distinct from those supporting image clarity.
Rollo, B., Malatesta, G., D’Anselmo, A., Lucafò, C., & Tommasi, L. (2026). Disturbing the sound of silence: bilateral temporal cortex stimulation and auditory mental imagery. Brain and Cognition, 192, 106378. doi:10.1016/j.bandc.2025.106378
Aphantasia is a heterogeneous condition with distinct subtypes, including variations in voluntary control and sensory modalities. Recognizing these differences is essential for developing accurate experimental methodologies and explanations.
Nanay, B. (2025). Varieties of aphantasia. Trends in Cognitive Sciences, 29(11), 965–966. doi:10.1016/j.tics.2025.06.008
Aphantasics use compensatory strategies like semantic reliance, condensed inner speech, and external recoding to manage memory and imagery deficits. This suggests that individuals naturally develop non-visual cognitive workarounds to navigate daily life effectively.
Hayes, S. J., Miles, G. E., & Evans, S.-A. (2026). “unseen strategies” what can the experience of aphantasia teach us about cognitive strategies in memory?. New Ideas in Psychology, 80, 101215. doi:/10.1016/j.newideapsych.2025.101215
A decade of research shows aphantasia is a heterogeneous condition with varying subtypes and preserved cognitive performance. This suggests that conscious visual imagery is not required for complex tasks like memory and spatial reasoning.
Zeman, A. (2025). A decade of aphantasia research – and still going!. Neuropsychologia, 219, 109278. doi:10.1016/j.neuropsychologia.2025.109278
Researchers define aphantasia as the absence of voluntary sensory imagery, often extending beyond vision to other modalities. This formal definition establishes a standardized framework for classifying multisensory and global imagery deficits.
Zeman, A., Monzel, M., Pearson, J., Scholz, C. O., & Simner, J. (2025). Definition: aphantasia. Cortex, 182, 212–213. doi:10.1016/j.cortex.2024.07.019
Researchers propose defining aphantasia as the absence or reduction of voluntary sensory imagery across any modality. This unified terminology avoids a proliferation of new terms while acknowledging that imagery deficits can be specific or multisensory.
Monzel, M., Mitchell, D., Macpherson, F., Pearson, J., & Zeman, A. (2022). Proposal for a consistent definition of aphantasia and hyperphantasia: a response to lambert and sibley (2022) and simner and dance (2022). Cortex, 152, 74–76. doi:10.1016/j.cortex.2022.04.003
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