The rapid rise of generative artificial intelligence has sparked an intense debate among educators, scientists and policymakers over its long-term impact on human cognition. While AI has revolutionised the way people access information, solve problems and perform complex tasks, experts are increasingly questioning whether excessive dependence on these technologies could gradually weaken fundamental intellectual abilities. As AI systems become capable of writing essays, solving mathematical problems, generating computer code and even conducting sophisticated analysis, concerns are growing that human reasoning, creativity and persistence may suffer as a result. The central issue is no longer whether AI is useful—its transformative potential is undeniable—but whether society can harness its benefits without sacrificing the cognitive skills that underpin human learning and innovation.
These concerns have gained further attention following a recent study conducted by a joint American-British team of researchers, which is currently undergoing peer review. The researchers found that participants who relied on AI tools to complete arithmetic and reading comprehension exercises demonstrated improved short-term performance. However, when these tools were removed, their ability to solve problems independently declined significantly. Equally troubling was the noticeable drop in participants’ willingness to continue working through difficult problems without technological assistance.
According to the researchers, persistence is a cornerstone of meaningful learning and skill development. One of the study’s authors observed that AI differs from previous technological innovations because it is not limited to a single function but has the capacity to replace human effort across nearly every form of intellectual and cognitive activity. This unprecedented breadth of application raises important questions about how much mental engagement humans may gradually surrender to machines.
History, however, offers valuable perspective. Throughout the centuries, almost every major technological advancement affecting human thought has been met with similar fears. In Plato’s Phaedrus, Socrates argued that writing would weaken memory by allowing people to rely on written records rather than their own minds. The invention of the printing press was criticised for encouraging information overload and spreading dangerous ideas. Television earned the nickname “the idiot box” for allegedly reducing intellectual engagement, while calculators were accused of undermining students’ mathematical reasoning. More recently, internet search engines such as Google were blamed for diminishing people’s ability to retain information. Yet despite these concerns, humanity has consistently adapted, integrating each new technology into everyday life while developing new forms of knowledge and learning.
Artificial intelligence, however, presents a challenge that differs in both scale and complexity. Unlike earlier tools that supplemented particular tasks, generative AI has the potential to perform many of the cognitive processes traditionally associated with human thinking. This makes it both extraordinarily powerful and uniquely disruptive. For adults who have already acquired strong analytical, writing and problem-solving skills, AI can serve as an effective productivity tool that reduces repetitive work and enhances efficiency. Used responsibly, it can free professionals to focus on higher-order thinking, creativity and strategic decision-making. The risks become more pronounced, however, when AI substitutes rather than complements learning among children and adolescents whose cognitive abilities are still developing.
The formative years of education are essential for cultivating memory, logical reasoning, resilience and independent thinking. These abilities are strengthened not through effortless answers but through repeated practice, trial and error, and sustained mental effort. If students become accustomed to outsourcing every challenging task to AI, they may miss the very experiences that build intellectual confidence and critical thinking. Persistence—the willingness to struggle through complex problems—is developed only by confronting difficulty, not by bypassing it. Overreliance on AI during these formative stages could therefore weaken the habits of mind that education seeks to nurture.
Rather than rejecting AI outright, a more balanced approach is required. Parents, educators and policymakers should view generative AI much as they view other powerful technologies: valuable when used responsibly, but requiring appropriate guidance and safeguards. AI should complement classroom learning rather than replace independent thinking. Teachers can encourage students to use AI for brainstorming, research assistance and feedback while ensuring that core learning activities—such as problem-solving, writing and critical analysis—remain rooted in students’ own intellectual effort. Similarly, parents should supervise children’s AI use, establish reasonable limits and encourage activities that promote concentration, creativity and sustained attention beyond digital screens.
Ultimately, the debate surrounding generative AI is not about resisting technological progress but about preserving the cognitive capacities that define human intelligence. Previous technological revolutions demonstrated humanity’s remarkable ability to adapt without losing its intellectual foundations. AI may well follow the same trajectory for adults. However, when it comes to children, caution is justified. Society should avoid conducting a generation-long experiment on young minds simply to discover the long-term consequences of unrestricted AI dependence. By embracing AI responsibly while protecting opportunities for genuine learning, we can ensure that technological advancement strengthens rather than diminishes human potential.
Shafaqna Pakistan
pakistan.shafaqna.com
Note: Shafaqna do not endorse the views expressed in the artice
