Technology: Acceleration Without Wisdom

Artificial intelligence marks a qualitative break from previous technological revolutions. For the first time, machines are not only replacing human muscle, but increasingly human cognition. AI systems already outperform humans in pattern recognition, data analysis, prediction, and optimization. Combined with robotics and automation, they will replace large parts of the human workforce across manufacturing, logistics, administration, services, and even creative and intellectual fields. In principle, this could liberate humanity from monotonous, dangerous, and exhausting labor. In practice, under current economic structures, it risks doing the opposite: concentrating income, power, and decision making in the hands of those who own and control the technology. In ageing societies, automation appears as a solution to shrinking workforces. Yet while machines can replace workers, they cannot replace consumers. An economy based on demand growth cannot function if fewer humans participate meaningfully in economic life. Without systemic reform, AI will therefore deepen stagnation rather than resolve it.
AI is not an independent agent with goals of its own. It reflects the objectives it is given. The danger lies not in hostile superintelligence, but in delegating decisions to systems optimized for efficiency, profit, or control, while removing human responsibility from the loop.

The first large-scale technological experiment of the digital age — social media — has already revealed how profoundly technology can reshape human behavior. Digital platforms amplify comparison, competition, outrage, and individualism. They weaken face-to-face interaction, undermine trust, and contribute to rising loneliness, anxiety, depression, and political polarization. They fragment public discourse into tribal echo chambers and reward emotional extremity over deliberation. These effects are not accidental. They emerge from business models optimized for attention extraction rather than social cohesion. This matters deeply in the context of demography and fertility. Stable partnerships, trust, and long-term commitment are prerequisites for reproduction and cooperation. A digital environment that erodes these
foundations directly undermines a society’s capacity to reproduce itself — biologically, socially, and politically. Future AI systems risk intensifying this trend. Artificial companionship, emotional simulation, and personalized digital environments may further reduce the incentive to engage in demanding human relationships, accelerating withdrawal from society rather than strengthening it.

Bioengineering and the Manipulation of Life

Bioengineering and genetic engineering extend technological power into the realm of life itself. Advances in gene editing, synthetic biology, and AI-assisted protein design are opening possibilities that were unthinkable only decades ago. On the positive side, these technologies promise breakthroughs in medicine, agriculture, and environmental restoration. On the negative side, they carry risks that are systemic rather than local. Altering life forms, whether intentionally or accidentally, can produce irreversible consequences. Unlike most technologies, biological systems self-replicate and evolve. Mistakes cannot always be recalled. In a world already strained by antibiotic resistance, pandemics, and ecological disruption, the governance of bioengineering becomes a central political challenge. As with AI, the issue is not technological capability, but global coordination, restraint, and foresight — qualities that are currently in short supply.

Geoengineering represents one of the most uncomfortable truths of the decisive century. Even under optimistic assumptions, emissions reductions alone are unlikely to prevent significant climate disruption. Time delays, feedback loops, and infrastructure inertia mean that warming will continue for decades. Some climate tipping points may already be unavoidable. In this context, deliberate large-scale intervention in Earth’s systems — whether through carbon removal, ecosystem engineering, or solar radiation management — may shift from taboo to necessity. Geoengineering is not a substitute for emissions reduction. It is a risk management strategy in a world where ideal solutions are no longer available. Refusing to consider it on moral grounds does not prevent its use; it merely ensures it will be deployed late, hastily, or unilaterally. The challenge is not whether humanity will intervene in planetary systems — it already does — but whether such intervention will be coordinated, gradual, transparent, and reversible, or chaotic and driven by desperation.

Energy: Cheap Renewables, Expensive Reality

One of the most important technological developments of recent decades is that renewable energy has become the cheapest form of energy in many regions of the world, under the right conditions. Solar and wind power, combined with falling storage costs, offer a real opportunity to decarbonize large parts of the energy system. However, this does not mean energy constraints have disappeared. An unrestrained AI boom, the rapid expansion of data centers, electrification of transport and heating, and a growing need for air conditioning in a warming world will drive explosive demand for electricity. At the same time, power grids, storage systems, and backup capacity require decades to plan, permit, finance, and build. Energy abundance at the level of generation does not automatically translate into system-level resilience. Bottlenecks in transmission, seasonal variability, and infrastructure inertia will shape outcomes as much as technological potential. Technology can reduce energy costs — but only societies that invest early, plan realistically, and coordinate at scale will benefit. Others will face shortages, instability, and rising conflict over access

Food production is undergoing a fundamental transformation. Precision fermentation, cellular agriculture, automation, indoor farming, and AI driven optimization are reshaping how calories and nutrients are produced. These technologies could dramatically reduce land use, water consumption, deforestation, and emissions, while increasing resilience against climate shocks. They also accelerate urbanization and contribute to the depopulation of rural areas, reshaping cultures and landscapes. As with other technologies, the outcome depends on governance. Concentrated control over food systems creates vulnerability. Distributed, resilient production can enhance stability. In a hotter, more volatile world, technological food systems may be essential for survival — but only if they are embedded in robust social and political frameworks.

Across all domains, technology tends to concentrate power. Surveillance systems, data aggregation, algorithmic control, and automation give unprecedented leverage to states and corporations. In the absence of strong democratic institutions, technology enables techno authoritarianism — systems of control that are more efficient, persistent, and difficult to resist than any dictatorship in history. Even in democracies, the temptation to trade freedom for efficiency and security will grow as crises multiply. Technology does not abolish politics. It raises the stakes.

Technology accelerates everything — productivity, inequality, cooperation, and collapse alike. It shortens reaction times and magnifies errors. In the decisive century, technological progress without social maturity becomes a destabilizing force. With maturity, cooperation, and institutional reform, it can become an essential tool for adaptation. Technology can buy time, reduce suffering, and expand options. It cannot decide who we want to be. That decision remains human — for now.