We compared a group of self-identified aphantasic individuals with two independent control groups of individuals with self-reported intact visual imagery on a range of questionnaires.
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Here we investigated whether individuals with aphantasia report reduced imagery in other multi-sensory domains, and assessed self-reports of episodic memory ability and trauma symptomatology in response to stressful life events, in addition to reported mind-wandering frequency and dreaming phenomenology. This presents us with a rare opportunity to extend a cognitive fingerprint of aphantasia, in order to better clarify the role of visual imagery in wider psychological functioning and explore the impact of its absence on the subjective lives of individuals with a “blind mind”. No research to date has empirically verified whether this phenomenology extends to other internal experiences and mental processes. The potential impact of visual imagery absence on wider cognition remains unknown.
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This suggests that rather than reflecting inaccurate phenomenological reports or poor population-specific metacognition, aphantasia appears to represent a veridical absence of voluntarily generated internal visual representations. Beyond self-report measures, this condition is characterised by stark differences between individuals who can and cannot visualise on an objective measure of imagery’s sensory strength 10. One of the most significant findings to date is that despite the prevalence of visual imagery use in the wider population, and despite its functional utility in cognition, certain individuals lack the ability to visualise altogether – a condition recently termed “aphantasia” 9. Consequently, the frequency and content of maladaptive visual imagery are often defining features of mental illness 6 and mental imagery is often elevated in disorders characterised by hallucinations 7, 8. By allowing us to re-live the past and simulate hypothetical futures, visual imagery enables us to flexibly and adaptively interpret the events we experience in the world 5, and by extension appears to be an important precursor to our ability to plan effectively and engage in guided decision-making. Visual imagery, or seeing with the mind’s eye, contributes to essential cognitive processes such as episodic memory 1, future event prospection 2, visual working memory 3, and dreaming 4. Collectively, these data suggest that imagery may be a normative representational tool for wider cognitive processes, highlighting the large inter-individual variability that characterises our internal mental representations. However, spatial abilities appear unaffected, and aphantasic individuals do not appear to be considerably protected against all forms of trauma symptomatology in response to stressful life events. Interestingly, aphantasic individuals report fewer and qualitatively impoverished dreams compared to controls. They also report less vivid and phenomenologically rich autobiographical memories and imagined future scenarios, suggesting a constructive role for visual imagery in representing episodic events. Here we further illustrate a cognitive “fingerprint” of aphantasia, demonstrating that compared to control participants with imagery ability, aphantasic individuals report decreased imagery in other sensory domains, although not all report a complete lack of multi-sensory imagery. Recent research suggests that aphantasia is a condition defined by the absence of visual imagery, rather than a lack of metacognitive awareness of internal visual imagery. Some individuals, however, lack the ability to voluntarily generate visual imagery altogether – a condition termed “aphantasia”. RAMDisk can also out-perform solid state disks (SSDs).For most people, visual imagery is an innate feature of many of our internal experiences, and appears to play a critical role in supporting core cognitive processes. A RAMDisk operating at maximum bandwidth does not produce excessive heat, noise or vibrations. You can access it at maximum bandwidth 24/7/365 without fear of mechanical failure, or fragmentation (while a RAMDisk can become fragmented just like any other disk, but it does not take a performance hit like a physical disk does when it becomes fragmented). Custom applications with high I/O, high bandwidth, or high security requirementsĪn additional feature of a RAMDisk is that it will never wear out.
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