Isabella is a 14-year-old eighth-grade student living with her parents and three older sisters in an urban area of Chile. Her go-to AI tool is Google’s voice assistant, which she uses to look up things she is interested in — though she has noticed its limitations when it fails to refine an answer on a second attempt. She has a clearer conceptual map of AI than most of her peers, distinguishing software-based intelligence from physical robots, and she tends to think carefully before committing to a position.
An Analytical Mind, a Cautious Optimist
Isabella separates AI from robots more clearly than many: “I distinguish AI from robots, because in general robots can be programmed to do something without being artificial intelligence.” She trusts AI in principle — “since it is made by humans, I believe it can never become superior enough to do anything” — and she takes that trust seriously enough to think about where it applies and where it does not. Movies tend to show AI as threatening, she notes, but she does not share that framing. She remembers Wall-E: a story about a robot that is fundamentally sympathetic, navigating a world that humans have left behind.
Her hopes for the future are notably non-technological in their core: “I would like people to listen to ideas, I would like people to want to learn and progress.” She is studying digital design and computation and finds AI interesting as a creative and analytical tool — but the values she wants to see in 2050 are human ones.
Society in 2050: Online, Collaborative, and Changing
Isabella expects the physical landscape of school and work to change substantially. In a world with intelligent robots, she imagines most classes moving online — “there would be no reason to have to go to a place.” She thinks children should still have teachers, but that AI tools should be available alongside them to support study and work. The defining skill of the future, in her view, is knowing how to program and understand AI — not just use it.
Where Robots Help Most
Isabella is most enthusiastic about robots for physical tasks: picking up leaves, cleaning high surfaces, cutting. She imagines useful robots in offices and factories and thinks cleaning robots could genuinely take on household burdens. For elderly care, she supports AI assistance — including for companionship and games — but she is careful to note that “having them talk to the elderly might be disengaging them from human relationships.” She is positive about robot assistance in caring for sick people, with one clear condition: “not as the only means. A human being would also be required.”
Where Robots Fall Short
Isabella does not want a humanoid robot — she would over-empathise with it, she explains, which would distort the relationship. She wants robots to be clearly identifiable as robots. She is against automating teaching and grading, because both require subtle, contextual judgment: managing different situations, understanding complex ideas, reading a student’s state of mind. Children, she believes, need care from adults — their needs are too complex and too emotionally layered for a robot to fulfil. The same logic applies to medicine: “every person has different symptoms and AI may be missing information.”
Jobs, Adaptation, and What Stays Human
Isabella is frank about the economic consequences of automation: some jobs will be replaced, and “we’re going to have to make progress with that because these are things that are really going to be much easier and much cheaper if done by a robot.” Her response is not despair but pragmatism — humans will have to find jobs and professions that robots cannot replicate, particularly those that require innovation. What she values most is the time that automation can free up: simple, repetitive tasks done by machines, so that people can do what they are actually good at.
