Ali nas umetna inteligenca dela neumne?

A new study suggests that artificial intelligence can erode human cognitive abilities if used improperly, raising concerns over its impact on learning and problem-solving skills. Researchers have found that relying too heavily on AI tools during practice weakens the ability to retain and apply knowledge effectively. The findings come from multiple studies conducted over recent years, including one published in Trends in Cognitive Sciences and another in Proceedings of the National Academy of Sciences. These studies reveal that individuals who depend on AI assistance during tasks such as solving math problems or identifying medical anomalies often struggle to perform these tasks independently later on. The research highlights how AI can act as a crutch, reducing mental engagement and weakening long-term retention. In one case, doctors trained to identify polyps during colonoscopies saw their performance decline after three months without AI support. They reportedly forgot key aspects of what they needed to look for, according to behavioral scientist Trent Cash of the University of Waterloo. Similarly, high school students using AI to solve math problems performed worse than those who did not use the technology at all once the tool was removed. This pattern has been observed in other areas as well, including reading comprehension and standardized test preparation. The issue appears to stem from the way AI is integrated into the learning process. When users rely on AI to complete tasks, they may not engage in the mental effort required to internalize and master the skill. Instead, they become dependent on external guidance, which can lead to a gradual erosion of independent thinking. This effect is particularly pronounced in repetitive or complex tasks where consistent practice is essential for mastery. As a result, some researchers warn that excessive reliance on AI could undermine fundamental cognitive functions. Despite these concerns, experts argue that AI does not necessarily make people less intelligent, it depends on how it is used. Cash and his colleagues suggest that AI can be beneficial if employed strategically, such as providing feedback or examples rather than replacing the user’s own mental work. This approach encourages continued mental activity, helping maintain and even enhance cognitive abilities. For instance, using AI as a trainer rather than a substitute allows learners to stay engaged with the material while receiving guidance, thereby reinforcing their understanding. There is also evidence that people adapt to AI assistance over time, though this adaptation varies depending on usage patterns. Some participants in studies showed improved performance when given periodic breaks from AI support, suggesting that regular exposure to challenges without technological aid can help reinforce cognitive resilience. However, others struggled significantly, indicating that prolonged dependence might hinder rather than enhance learning outcomes. These mixed results underscore the need for careful implementation strategies that balance AI's benefits with opportunities for active mental participation. As AI continues to integrate more deeply into education, healthcare, and daily life, the debate over its role in shaping human cognition will likely intensify. While AI offers powerful tools for efficiency and support, its potential to weaken critical thinking skills raises important questions about how best to harness its capabilities without compromising intellectual independence. Future research will need to explore ways to optimize AI use so that it enhances rather than diminishes human capacity for thought and problem-solving.