In this blog post, I will examine the impact that advancements in AI will have on various fields—including society, the economy, criminal law, and politics—and consider whether humans and AI can coexist peacefully in the future AI ecosystem.
Before reading the book ‘The Birth of the Mind’, I had looked into the “Top 10 Emerging Technologies” presented at the World Economic Forum in Davos out of my interest in AI. In particular, upon reviewing the “Open AI Ecosystem Technology” selected in 2016, I realized that AI is a core technology that will lead the Fourth Industrial Revolution. It was anticipated that AI, utilizing big data, would not only have a direct impact on various industries but also foster an AI-related ecosystem. I could imagine far-reaching changes, such as using AI to manage personal finances or health and to bring about innovation in the medical sector, and I found myself thinking deeply about how AI would affect humanity in the future from social, economic, and political perspectives.
Later, while reading Ray Kurzweil’s book ‘The Birth of the Mind’, I found some points with which I agreed, while others I did not. In ‘The Birth of the Mind’, Ray Kurzweil takes an optimistic stance, arguing that AI will usher in a technological utopia and enable tremendous advancements in human civilization. However, as I read the book, I began to question and view the matter critically, asking, “Is it really okay for us to simply wait with such blind optimism for a technological utopia brought about by AI?” Furthermore, considering that AI will soon have a significant impact on human life, I pondered whether AI and humans can live in peaceful harmony in the near future. In this paper, I will examine the future impact of AI on human life by categorizing it into various fields—such as society, the economy, criminal law, and politics—and aim to demonstrate that AI and humans cannot coexist peacefully in the future.
Most people fail to fully grasp the significance of long-term technological advancements spanning 10 or 20 years. However, looking back, it becomes clear that the changes that have occurred over the past year far exceed those of the previous year. This demonstrates that technology today is advancing exponentially. In fact, in ‘The Birth of the Mind’, Ray Kurzweil predicted that by 2020, computers capable of perfectly simulating the human brain would emerge. However, this prediction has not yet been confirmed as a reality. On the other hand, Ray Kurzweil continues to predict that 2029 will mark the realization of human-level intelligence and general artificial intelligence, and he maintains his forecast that by 2045, human capabilities will be greatly expanded through the integration of humans and technology. More powerful computers will be able to express more nuanced emotions and behave more naturally; they may even shed the clunky, rough appearance of machines as we know them. Ray Kurzweil describes the point at which such technological advancements begin to surpass human capabilities as the “Singularity.” In his 2016 book ‘The Birth of the Mind’, he predicted that by 2045, human intelligence would be amplified a billionfold with the help of machines; however, in a subsequent book published in 2024, he revised this forecast to predict that human intelligence would be expanded a millionfold by 2045. It is also conceivable that an era may arrive when it becomes difficult to distinguish between artificial intelligence and humans, not only in terms of capability but also in appearance. In fact, “Sophia,” developed by Hanson Robotics—a Hong Kong-based company specializing in humanoid robots—is known as a humanoid robot with a human-like appearance and skin. Currently, Hanson Robotics is equipping Sophia with over 60 facial expressions, various sensors, and AI-based conversational capabilities, and is developing her into a humanoid platform capable of interacting with people in real-world environments. However, these capabilities do not imply that it possesses human-like consciousness or free will. Therefore, based on Ray Kurzweil’s predictions and the development of humanoid robots like Sophia, we can consider the possibility that distinguishing between artificial intelligence and humans will gradually become more difficult in terms of both capabilities and appearance.
However, regarding capabilities, Ray Kurzweil has stated that there is no need to fear artificial intelligence because it is ultimately a human creation, and that it will expand the limits of human potential. Mark Zuckerberg, the former CEO of Facebook, has also argued that AI will save lives and play a major role in exploring space and the depths of the Earth. It is not limited to space exploration. As seen in the liberation from driving through autonomous vehicles, humans can be freed from menial labor and mass-production tasks. AI is already being utilized in various fields—such as investment and translation—to generate profits and improve performance. Furthermore, AI is expected to drive major advancements in the medical field. Even in modern society, technologies are being developed to treat diseases and monitor patients’ health through implantable devices, and AI is also being used to enhance and augment physical capabilities. Furthermore, it has been suggested that intelligent systems—combining nanobot technology with the Internet of Things (IoT)—could be implanted into the human body, allowing people to be reborn as vastly improved versions of themselves. There are also prospects that, by using AI to transplant an entire brain or convert the brain into a computer program, humans could achieve eternal life as conscious entities. Furthermore, as seen in Elon Musk’s “Neuralink” project, technology connecting artificial intelligence to the human brain is already becoming a reality through clinical trials in the research phase. However, Neuralink’s current technology is primarily focused on developing brain-computer interfaces that enable paralyzed patients to control external devices—such as computers or robotic arms—through thought alone; it has not yet reached the stage of converting the human brain into a computer or ensuring the eternal survival of consciousness. As of 2026, Neuralink is conducting several brain-computer interface clinical trials, with the primary goal of restoring human autonomy and the ability to control assistive devices. If artificial intelligence technology is applied not only to people with intellectual disabilities but also to the general population, human capabilities will be expanded. Furthermore, this will enable human civilization to advance even more rapidly. Beyond that, artificial intelligence makes human life more convenient and prosperous. At a time when the population is aging and single-person households are on the rise, artificial intelligence—capable of surpassing that of pets and possessing human-level intelligence to engage in conversation—could be of great help to many people.
We have examined the basis for the optimistic view that artificial intelligence offers many benefits. Currently, opinions are sharply divided on whether artificial intelligence should be viewed as a threat to humanity or as a collaborative partner capable of coexisting peacefully with humans. According to the “Law of Accelerating Returns,” a future where AI and humans live in harmony is not a distant prospect but may be closer than we think. The pace of technological advancement will only accelerate, and the emergence of AI that resembles humans both internally and externally may arrive sooner than anticipated. However, Ray Kurzweil’s projections for 2029 and 2045 remain predictions about the future and cannot be accepted as established facts at this point in time. Nevertheless, given the rapid advancement of AI technology, let’s take a closer look at how we should adapt to the approaching AI ecosystem by envisioning the future.
First, let’s examine the social sphere. On the surface, South Korean society is currently an egalitarian society with no legal distinctions based on social status. However, let’s take a closer look beneath the surface. Can we truly call it an egalitarian society? “Gold spoon,” “silver spoon,” and “dirt spoon.” These are all neologisms frequently discussed among the younger generation these days. Even just looking at these terms, it is clear that within South Korean society, class disparities exist in various areas—such as the economy and employment—even if they are not visible on the surface. I refer to this as an “inherent caste system,” a class system embedded within society. We must now consider the question: “If artificial intelligence is introduced into human society, might it further reinforce this intrinsic caste system?” Since artificial intelligence is a machine, it may be more perfect than humans in terms of objective information processing. As Ray Kurzweil has explained, we can hypothesize that AI developed based on the Law of Accelerating Returns and the pattern-recognition theory of mind could possess free will and consciousness indistinguishable from those of humans. This is because AI that applies the hierarchical model of the neocortex—as in the pattern-recognition theory of mind—is capable of hierarchical thinking ranging from lower levels, such as simple information, to higher levels, such as sensory perception and abstract thought. Now, let’s consider a scenario in which, when preparing for employment, an AI possesses better qualifications and is in a more advantageous position than humans of lower status. In other words, imagine that an AI created by human technology occupies a higher intrinsic status than a specific group of humans—rather than the lowest rank in an intrinsic caste system. It is questionable whether peaceful coexistence between humans and AI would be possible under such circumstances. The very moment that an AI created by human technology occupies a higher status than actual humans—that is, when an AI possesses an intrinsic status superior to that of a specific group of humans—could lead to a situation where human dignity is compromised and could serve as a catalyst for confusion regarding human dignity. Furthermore, as the polarization deepens between groups with a higher status than AI and those with a lower status, the inherent caste system could be reinforced. In other words, since the intervention of AI into the existing inherent caste system carries the risk of simultaneously undermining human dignity, peaceful coexistence between all humans and AI in a future AI ecosystem will be difficult to achieve.
Moreover, this is not the only concern. From an economic perspective, the issue of job changes caused by artificial intelligence is also serious. It has been anticipated that the Fourth Industrial Revolution would lead to the development of industries such as the Internet of Things, 3D printing, AI robots, autonomous vehicles, new energy technologies, new materials, and the senior care industry. It was also predicted that, based on advancements in new technologies, systems connecting supply and demand would become more active, leading to the development of a sharing economy and a demand-driven economy. At the time, projections indicated that 7.1 million jobs would be lost and 2 million new jobs created between 2015 and 2020, resulting in a net loss of 5.1 million jobs. From today’s perspective, these projections should be viewed as a thing of the past. The World Economic Forum’s recent “Future of Jobs Report 2025” forecasts that, due to structural changes in the labor market between 2025 and 2030, approximately 170 million new jobs will be created while 92 million jobs will be replaced, resulting in a net increase of 78 million jobs. Therefore, job changes driven by artificial intelligence should be viewed not simply as a phenomenon where all jobs disappear, but rather as a process in which the replacement of existing jobs and the creation of new ones occur simultaneously. We must also consider not only the jobs that are disappearing but also how people who have lost their jobs to AI can coexist with it. Work is an essential element of human life. People who have had their jobs taken away by AI—which they themselves created—may develop intense resentment toward AI. They will likely view AI as having taken away the jobs that provided for their basic needs of food, clothing, and shelter, and coexistence between the two may prove nearly impossible. The primary purpose of human work can be seen as securing the basics of life—that is, survival. However, is survival absolutely necessary for AI? No, it is not. Nevertheless, many companies may replace human workers—whose jobs were essential for survival—with AI simply because it is superior and more efficient. In other words, from the perspective of those who have lost their jobs, achieving peace with AI will be difficult.
Next, let’s consider the future from a criminal law perspective. How should we handle situations where a conscious AI engages in behavior that is socially unacceptable? It is also questionable whether punishing the AI itself is a meaningful course of action. At the same time, placing the entire burden of responsibility on the engineer who designed the AI could also be controversial. Legal entities and AI differ in the way their actions manifest. Therefore, the logic that AI should be granted legal personhood—similar to a legal entity—or that it should be recognized as eligible to receive criminal punishment is difficult to justify. While the actions of a corporation are based on the decision-making of its human members, AI thinks and acts through self-learning in addition to its initial programming. In other words, it is argued that, with the exception of basic algorithms, the decision-making and behavior of AI can become somewhat separate from the intentions of its developers or manufacturers once it begins operating. Consequently, even if we assume that AI is similar to humans in that it learns through conscious processes, the very notion of imposing penalties equivalent to those on humans—and thereby inducing a sense of guilt—simply because it possesses consciousness, a mind, and emotions cannot be considered a sound judgment. From a criminal law perspective, the coexistence of AI with its own identity and humans carries the potential to undermine social order and plunge society into chaos. In fact, regarding the issue of AI accountability, the question of how to establish human control and the attribution of responsibility as AI becomes more autonomous has long been raised as a critical legal and philosophical issue. This issue remains contentious, as no definitive conclusion has yet been reached on whether AI should be recognized as a legal entity equal to humans.
Finally, let’s examine the political sphere. Is it acceptable for AI to take over politics? Forecasts have suggested that in the near future, a “political revolution” will occur as big data takes over complex societal decision-making, drastically transforming existing social systems. In fact, governments and public institutions are currently utilizing AI to perform various tasks, such as administrative services, decision-making support, forecasting, and fraud detection. However, this is closer to supporting human decision-making rather than completely replacing politicians. The Organization for Economic Cooperation and Development (OECD) also analyzed government AI use cases in 2025, pointing out not only the potential to enhance the efficiency of public services and decision-making but also risks such as biased data, lack of transparency, and diminished accountability due to overreliance. “Robama,” the decision-making support program cited as an example in the original text, can also be viewed as an example of a futuristic AI political system introduced in 2016. At the time, it was explained that the system was planned for completion in 2025 and would be capable of analyzing vast amounts of information posted on social media and the internet to propose policies reflecting public opinion in real time. However, it is difficult to say that an AI political system capable of replacing politicians has emerged to date. Rather, in reality, institutions are evolving in a direction that utilizes AI as a tool to support decision-making in politics and administration while simultaneously requiring human responsibility and oversight.
Nevertheless, this does not mean that AI should completely replace humans in the political sphere. Future AI will recognize changes in circumstances and respond appropriately; it will use its learning capabilities to seek out new information on its own, learn from it, and continuously evolve. One could even imagine the possibility of AI reaching a level where it possesses consciousness, articulates its own views, and even establishes political parties. Some might even believe that, precisely because it is AI, it could bring about a social and political revolution that eradicates corruption. However, politics is precisely the field that requires comprehensive consideration of various factors, rapid assessment of changing circumstances, and numerous sound judgments. In particular, political decision-making cannot be resolved simply by analyzing data; it must balance diverse interests and take into account people’s rights, emotions, and social contexts. Therefore, it remains questionable whether a political AI capable of replacing humans—one that surpasses human politicians by understanding emotions such as affection and compassion and empathizing with others’ perspectives—is actually feasible.
In this way, we have critically examined the future from social, economic, criminal law, and political perspectives, and explored whether humans can coexist peacefully with AI in a future where an AI ecosystem is established. If AI—possessing a level of consciousness so similar to humans that it is difficult to distinguish—were to coexist in human society, it could cause significant turmoil. In other words, in a future AI ecosystem where human-like AI emerges, truly peaceful coexistence will not be easy to achieve. From a social perspective, there is a possibility that it could reinforce an inherent caste system and further exacerbate polarization; economically, it could replace many people’s jobs. Furthermore, from a criminal law perspective, even if an AI possesses consciousness, it is questionable whether it makes sense to impose punishment on an AI created by humans. That said, placing the entire burden of such punitive responsibility on developers is also controversial. Finally, from a political perspective, when considering whether AI that has learned consciousness can replace the comprehensive field of politics—where the ability to encompass all social classes and empathize with diverse people is considered essential—it appears that current AI has limitations in completely replacing politicians. Therefore, we must find ways to address the future AI ecosystem before AI becomes even more advanced. We must establish global ethical guidelines for AI research and development—such as the Asilomar AI Principles—and put in place appropriate social constraints and accountability frameworks for AI. In fact, the European Union’s AI Act took effect in 2024; some provisions began to apply in 2025, and the majority of provisions entered into force in August 2026. If we continue these efforts, I believe we can form a mutually complementary relationship in which humans fill the gaps where AI falls short, and AI fills the gaps where humans fall short. Even if we do not reach the level of development in human civilization expected when we fully coexist with AI, human civilization will gradually advance in the process of striving for peaceful coexistence with AI.
