In 2001, Steven Spielberg’s A.I. Artificial Intelligence introduced audiences to a world where robotic companions, like the teddy bear Teddy, played significant roles in children’s lives. While the technology depicted in the film remains largely beyond our reach, the concept of AI companions is becoming a reality. Today, numerous tech companies are developing AI-powered toys and robots designed to interact with and support children.
The integration of AI into childhood is already underway. From recommendation algorithms that curate content to chatbots that answer questions, AI is becoming a part of daily life for many children. The rise of AI companions raises important questions about the impact of this technology on child development and the role of human interaction in shaping young minds.
Dana Suskind’s concerns about AI and child development
Dana Suskind, a professor of surgery and pediatrics at the University of Chicago Medical Center, has explored the implications of AI in her book Human Raised: Nurturing Connection, Curiosity & Lifelong Learning in the Age of AI. Suskind acknowledges the potential benefits of AI, such as enhancing productivity for parents and serving as interactive tutors. However, she expresses concern about the potential for AI to replace the human interactions that are crucial for child development.
Suskind’s original working title for the book was The Trojan Teddy Bear reflecting her worry that AI companions may appear harmless but carry hidden risks. She emphasizes the irreplaceable role of parents, teachers, and caregivers in fostering the development of young children. According to Suskind, ensuring that children have a distinctly human-raised early childhood is essential for their ability to connect with others, think critically, and navigate the human world.
The social gate hypothesis and AI’s unique challenges
Suskind’s concerns are rooted in the social gate hypothesis proposed by developmental psychologist Patricia K. Kuhl of the University of Washington. This hypothesis suggests that children’s brains are biologically primed to learn through social interaction. Studies have shown that babies learn language more effectively from live persons than from screens, highlighting the unique benefits of social engagement.
While AI cannot replicate the full range of human interactions, it has the potential to open the social gate in ways that previous technologies could not. This makes AI a powerful educational tool but also raises concerns about its long-term effects on child development. Suskind argues that AI systems are designed with different priorities than parents, focusing on engagement, attention, data collection, and profit rather than the holistic development of the child.
AI as junk food for the young mind
Suskind compares AI relationships to ultra-processed food, suggesting that they may not provide the same nutritional value as real human interactions. She warns that children exposed to AI companions may find real human relationships less satisfying, much like how processed food can make real fruit seem less appealing. Suskind also highlights the potential for AI to create a divide between children who receive rich human interaction and those who rely on AI substitutes.
The economic implications of this divide are significant. As AI automates more cognitive work, human jobs may increasingly focus on relational skills. Children raised with strong human interactions may have an advantage in an AI-driven economy, where qualities like empathy, creativity, and resilience are highly valued. Suskind’s work underscores the importance of balancing the benefits of AI with the need for human connection in child development.
