A recent MRI study has uncovered two distinct brain networks that play a role in how people collectively experience and appreciate art. Researchers discovered that the brain processes aesthetic experiences in two main ways: one related to what an image depicts, like a landscape or figure, and the other tied to how much pleasure the image provides—similar to how the brain responds to food or money. The study, published in Nature Communications, involved 34 volunteers who viewed 96 traditional Chinese watercolor paintings while inside a high-resolution 7T MRI scanner. Participants rated how each painting made them feel, and the researchers used algorithms similar to those used by streaming services like Netflix and Spotify to find patterns in the aesthetic ratings. These algorithms identified two key dimensions in the participants' responses. One dimension categorized the paintings based on whether they looked more like figures or landscapes. The other sorted them by how much people liked or disliked them, reflecting what researchers call emotional or hedonic value. Interestingly, even though these two aspects contribute to the overall experience of art, the brain processes them separately. Visual details are handled by the visual pathways, while the pleasure or emotional value is processed in deeper brain regions linked to reward and satisfaction. The study also found that the brain’s ability to encode this two-dimensional experience of art depends on a person’s expertise in visual arts. Specifically, the default mode network—associated with imagination, self-reflection, and finding meaning—was more active in participants with more experience in visual arts. This suggests that training in the visual arts may change how the brain perceives and represents beauty. These findings suggest that aesthetic experiences have a measurable structure in the brain and that engaging with art can influence how perception, emotion, and meaning are connected. This research could have important implications for how art is taught in schools and used in therapies for conditions like depression, trauma, and dementia.