IA : un ingénieur inquiet face à un entrepreneur euphorique. | Œil pour Œil

The discussion explores the profound impact of technology, particularly artificial intelligence (AI), on human cognition, society, and the future. A key concern is the potential for AI to diminish human intellectual capabilities, with a study cited suggesting that using AI like ChatGPT for essays leads to reduced brain activity compared to traditional methods or internet research. This phenomenon is likened to "cognitive debt," where immediate problem-solving via AI creates future complications. The prevalence of AI use in education is highlighted, with 83% of students in England reportedly using ChatGPT during exams. This raises questions about institutional "racism" and a failed "techno-pedagogical utopia" that promised technological solutions to all educational challenges. The speakers debate whether technology inherently makes society more fragile, with some arguing that past societies were more vulnerable to collapse due to simpler technological dependencies. The scarcity of resources, particularly metals, is discussed as a potential limit to technological advancement. However, the prevailing view is that resource limitations are not an immediate threat, as new sources are likely to be found, and current metal usage in technology is relatively small compared to sectors like automotive and defense. A significant point of contention is the idea of cognitive enhancement through implants, with concerns raised about a potential "cognitive apartheid" or a two-tiered society if only some individuals are augmented. The discussion also touches on the concept of "decroissance" (degrowth) and the potential for alliance with those advocating for it, suggesting more common ground than initial debates might suggest. The MIT study on ChatGPT's impact on cognitive data is critically examined. While initial media reports portrayed it as a catastrophic conclusion about AI's effect on the brain, a closer reading, particularly of page 3 of the study, revealed a more nuanced message and suggestions of journalistic manipulation. The study did indicate a decrease in concentration but not the dire outcomes widely reported. The age at which children are exposed to screens is raised as a critical issue, with scientific consensus pointing to negative cognitive impacts from early and excessive screen time. The role of teachers is shifting from knowledge holders to "prompt engineers" or facilitators, raising concerns about the erosion of the master-student relationship and the importance of intellectual effort. The brain is described as a muscle that needs training, and a lack of effort can lead to generations with diminished focus and an inability to engage in deep, sustained thought. The ambivalence of technology is acknowledged, with its positive and negative aspects. The misuse of technology, particularly AI, to enable intellectual laziness and avoid work is a major concern. The example of students using AI to complete exams, with teachers witnessing a stark contrast between AI-generated work and in-class efforts, underscores this problem. The national education system is seen as lagging in adapting to AI, failing to establish clear guidelines for its use. The earlier promise of digitalization in education, envisioning infinite resources and interactive learning, is contrasted with the reality of unmotivated students and a lack of genuine engagement. AI has further amplified this, with the hyperlinking nature of digital resources potentially hindering structured learning. The historical belief that technology would solve societal problems and reduce inequalities is questioned, as digital tools have not demonstrably achieved this. A parallel is drawn between early concerns about television's impact on education and current anxieties surrounding AI. The idea that technology will automatically lead to happiness and abundance is challenged, with counter-arguments suggesting that satisfaction can lead to negative reactions. The discussion delves into the personal impact of technology, with one speaker recounting their late adoption of a smartphone and the associated "vieux con" (old fool) label. The evolution from basic phones to smartphones highlights how technology integrates into our lives, driven by corporate offerings rather than consumer choice. The concept of technology being autonomous, as theorized by Jacques Ellul, is revisited, suggesting that technology's inherent performance drives its increased adoption, independent of specific companies. The aspiration for a world of abundance through technology is met with skepticism, with the idea that "everything will be free" questioned. The immense scale of proposed technological endeavors, like Elon Musk's space-based data centers, is contrasted with realistic limitations of physical, industrial, organizational, and human capacities. The rapid advancement of AI is acknowledged, with examples of AI outperforming doctors in medical diagnoses and significant progress in mathematics and physics. The concept of intelligence becoming "gratis" and the exponential decrease in its cost are presented as drivers of rapid technological change. This leads to concerns about societal unpreparedness and the potential for a "technological tsunami" that could leave many behind. The future of professions, like medicine, is re-evaluated, with doctors potentially becoming "orchestrators of AI" rather than primary diagnosticians. This organizational shift is seen as necessary to avoid societal declassification and demoralization. The idea of a "red queen race" in technology is introduced, implying a constant, relentless pursuit of advancement without a clear ultimate goal. The possibility of halting technological progress is dismissed, with the fear that doing so would lead to geopolitical disadvantage, particularly against nations like China. The lack of a unified global consensus on blocking technological advancement is highlighted, especially given AI's potential as a future weapon. The discussion touches upon the ethical implications of genetic selection for intelligence, with the observation that a "crazy race to intellectual eugenics" is underway in some parts of the world. This contrasts with the idea of a moratorium on such technologies. Finally, the conversation reflects on whether human endeavors, particularly the repair of the planet, are being prioritized over technological advancement. The argument is made that while technological progress is undeniable, its ultimate goal and impact on human happiness remain open questions. The acceleration of technological change and the difficulty of human societies to adapt are recurring themes, leading to a sense of uncertainty about the future.