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Aphantasia Logo
Back to all research
Aphantasia Logo

Building awareness and understanding of aphantasia through research, education, and community support.

About

  • What is Aphantasia?
  • What is Hyperphantasia?
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Ask AI About This Paper

Seeing Scent in Sound: Exploratory Spontaneous Visual and Olfactory Mental Imagery Elicited by Musical Modes

DOI: 10.1163/22134808-bja10200
Pimentel Aldaz, O., & Spence, C. (2026). Seeing scent in sound: exploratory spontaneous visual and olfactory mental imagery elicited by musical modes. Multisensory Research, 1–45. doi:10.1163/22134808-bja10200

Abstract

Musical modes (i.e., different patterns of pitch organisation within a scale) are widely recognised for their emotional character, yet little is known about the broader multisensory associations that listening to them might trigger. In the present exploratory study, we examine whether the full set of Western musical modes elicits systematic patterns of visual and olfactory mental imagery and whether these patterns correspond with how listeners spontaneously group the modes. In all, 249 participants generated open-ended visual and olfactory responses while listening to short modal excerpts and subsequently completed a free-sorting task. The results revealed a number of structured and recurrent imagery themes across participants (e.g., Nature-, Daytime-, and Happiness-related imagery for major modes, versus Dark-, Stress- and Sadness-related imagery for minor modes, alongside Floral-and-Fresh- versus Damp-, Dusty- and Smoke-related olfactory associations). Major and minor modes occupied distinct regions of similarity space across both visual and olfactory modalities; however, meaningful differentiation was also evident at the level of individual modes. This consistent relational structure across visual and olfactory imagery was likewise reflected in the grouping patterns observed in the free-sorting task. Together, these findings indicate that musical modes are associated with multiple sensory representations that extend beyond simple feature-level correspondences. These results therefore provide an exploratory mapping of visual and olfactory mental imagery and establish a foundation for future confirmatory research.

Authors

  • Oriente Pimentel Aldaz1
  • Charles Spence1
Ask AI About This Paper

Seeing Scent in Sound: Exploratory Spontaneous Visual and Olfactory Mental Imagery Elicited by Musical Modes

DOI: 10.1163/22134808-bja10200
Pimentel Aldaz, O., & Spence, C. (2026). Seeing scent in sound: exploratory spontaneous visual and olfactory mental imagery elicited by musical modes. Multisensory Research, 1–45. doi:10.1163/22134808-bja10200

Abstract

Musical modes (i.e., different patterns of pitch organisation within a scale) are widely recognised for their emotional character, yet little is known about the broader multisensory associations that listening to them might trigger. In the present exploratory study, we examine whether the full set of Western musical modes elicits systematic patterns of visual and olfactory mental imagery and whether these patterns correspond with how listeners spontaneously group the modes. In all, 249 participants generated open-ended visual and olfactory responses while listening to short modal excerpts and subsequently completed a free-sorting task. The results revealed a number of structured and recurrent imagery themes across participants (e.g., Nature-, Daytime-, and Happiness-related imagery for major modes, versus Dark-, Stress- and Sadness-related imagery for minor modes, alongside Floral-and-Fresh- versus Damp-, Dusty- and Smoke-related olfactory associations). Major and minor modes occupied distinct regions of similarity space across both visual and olfactory modalities; however, meaningful differentiation was also evident at the level of individual modes. This consistent relational structure across visual and olfactory imagery was likewise reflected in the grouping patterns observed in the free-sorting task. Together, these findings indicate that musical modes are associated with multiple sensory representations that extend beyond simple feature-level correspondences. These results therefore provide an exploratory mapping of visual and olfactory mental imagery and establish a foundation for future confirmatory research.

Authors

  • Oriente Pimentel Aldaz1
  • Charles Spence1
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What This Study Is About

Researchers investigated how different musical scales (modes) trigger specific mental images and scents in the mind. The study explores whether the "mood" of a piece of music consistently leads people to imagine the same types of smells or natural scenes.

How They Studied It

The researchers played various musical modes for participants and asked them to describe the mental imagery—the ability to picture things or imagine sensations in the mind—that the music evoked. Participants used "free-sorting," where they grouped sounds based on their own rationales, and provided descriptors for the scents and scenes they imagined. The study looked at both major modes (often heard as "happy") and minor modes (often heard as "sad" or "tense").

What They Found

The study found that musical structure strongly influences what people imagine. Major modes were consistently linked to positive, nature-related imagery like flowers and grass. In contrast, minor modes were associated with darker, more negative themes. Specifically:
  • Ionian (a major mode) was strongly linked to "woody" scents.
  • Mixolydian (another major mode) was associated with "floral" and "grass" themes.
  • Aeolian and Dorian (minor modes) were tied to sadness.
  • Phrygian and Locrian (minor modes) triggered imagery related to threats or feeling unsettled.

What This Might Mean

This suggests that our brains have "crossmodal correspondences"—automatic links between different senses like hearing and smell. It indicates that these links aren't just random; they are often organized by the emotional "valence" (the positive or negative feeling) of the music. While this helps us understand how the mind connects sound to other sensations, the researchers note that more work is needed to see if these patterns hold up in complex real-world music rather than just simple scales.

One Interesting Detail

The Locrian mode, which is known for being very dissonant and tense, had the most unique profile; it was the only musical scale that participants consistently associated with a "metallic" scent, a quality often linked to unpleasant or threatening feelings.
This summary was generated by AI and may contain errors. Always refer to the original paper for accuracy.