Global Trends and Human Evolution: A Comprehensive Interpretation of Economics, Society, Thought, Culture, Science, and Coexistence with Generative AI

I. Introduction: A Complex World at a Crossroads for Humanity
Purpose and Structure of This Report
This report aims to comprehensively analyze the complex trends of the modern world from multiple perspectives, interpreting changes across a wide range of domains including economics, society, thought, literature, philosophy, mathematics, art, design, approaches to generative AI, physical education, space development, history, morality, traditional culture, food, and lifestyle. By integrating data and facts from these diverse areas, we seek to illuminate the challenges currently faced by humanity and the path forward. In particular, we will offer a comprehensive perspective on what is needed and what will be lost for people living in the modern era, and how human evolution will proceed. The report will clearly distinguish between insights based on solid evidence and concepts currently under research, and will present the background, careers, and discourses of key figures mentioned in each field.
Multilayered Perspectives from Developed, Developing, and Underdeveloped Nations
In analyzing global trends, this report adopts a multilayered perspective based on economic development stages: developed, developing, and underdeveloped nations. Developed nations are often defined as those belonging to the Organisation for Economic Co-operation and Development (OECD), primarily concentrated in the Northern Hemisphere across Europe, North America, and East Asia. In contrast, developing nations are those listed as recipients of Official Development Assistance (ODA) by the OECD, characterized by a Gross National Income (GNI) per capita of $12,235 USD or less. Furthermore, Least Developed Countries (LDCs), also known as "the poorest countries," are identified by the United Nations based on three criteria: low income levels, weak human resources, and economic vulnerability. These countries face severe issues such as inequality, hunger, poverty, fragile infrastructure, resource competition, insecurity, and conflict, particularly concentrated in Sub-Saharan Africa and parts of Asia. Such economic classifications are crucial because global trends manifest differently in each country, making it imperative to tailor international cooperation efforts to specific situations.
Approach to Comprehensive Interpretation
The approach to comprehensive interpretation in this report emphasizes interdisciplinary analysis and the identification of interdependencies. For example, it delves into how economic fluctuations impact social structures, how technological innovations reshape cultural practices, and how philosophical discussions inform the ethical guidelines for new technologies like generative AI. This approach goes beyond mere descriptions of individual fields, integrating discrete data points to reveal how they are interconnected and form a larger picture. By doing so, we aim to capture the fundamental trends behind surface phenomena and provide insightful interpretations for the future.
II. Global Trends and Challenges in Key Domains
A. Economic and Social Transformation
Resilience and Structural Challenges of the Global Economy
Trends and Risks in Developed Economies
The global economy is currently in a recovery phase, but its resilience is limited, facing multiple structural challenges. The service sector continues to perform well globally, driven by easing inflationary pressures leading to a recovery in private consumption and improved performance in information and communication-related services due to advancing digitalization. Notably, a global stock market rally, fueled by expectations for generative AI and anticipated interest rate cuts, is boosting private consumption through wealth effects.
However, manufacturing production activity shows a bifurcated trend. While production continues to increase in emerging economies, it is declining in developed countries, particularly Japan and Europe. This is partly due to a downturn in China's domestic demand, its export offensive, and the increasing competitiveness of Chinese companies. In contrast, the United States is maintaining relatively strong production activity, with its decoupling policy from China and expanding demand for generative AI boosting domestic investment in manufacturing construction.
The projected global economic growth rate is expected to remain in the low 3% range from 2024 to 2026, primarily due to escalating conflicts between major powers. The limited resilience of the global economy is attributed to several risk factors, including the bifurcation of manufacturing, structural problems in the Chinese economy, protectionism in developed countries, and expanding government debt. In particular, the inclination towards protectionist policies in developed countries could lead to excess production capacity and excessive competition, thereby reducing economic growth potential. Furthermore, the global trend of increasing government debt raises concerns about fiscal sustainability, with a risk of economic deterioration through rising interest rates or a shift to austerity measures.
The divergence in economic trajectories among developed countries is becoming pronounced. While the U.S. is bolstering its domestic manufacturing through AI demand and decoupling policies, Japan and Europe are heavily impacted by China's strengthening competitiveness and stagnant domestic demand. This suggests that even within developed countries, there are varying degrees of preparedness for current global economic fluctuations and for harnessing the benefits of new technologies. Particularly, technological advancements like generative AI could concentrate benefits in economically advantaged nations, potentially exacerbating existing economic disparities. This illustrates a broader impact where technological superiority directly correlates with widening economic inequality.
Economic Growth and International Aid in Developing and Underdeveloped Nations
Economic growth in developing and underdeveloped nations is sustained by a wide array of support from international organizations. The World Bank has supported over 10,000 development projects since 1947, providing both concessional and grant financing. It also freely publishes approximately 8,000 development indicators and over 10,000 research studies, promoting "open development" to encourage broader participation in development, including among the poor, and enhancing aid transparency and effectiveness. The United Nations Conference on Trade and Development (UNCTAD) provides assistance to help developing countries maximize trade opportunities.
The United Nations Development Programme (UNDP) is the UN's leading development assistance agency, working to eradicate poverty, reduce inequality, and promote sustainable development in approximately 170 countries and territories. In its 2022-2025 Strategic Plan, UNDP identifies poverty eradication, strengthening national mechanisms, enhancing crisis resilience, environmental protection, promoting clean energy, and gender equality as key solutions, aiming for structural transformation, leaving no one behind, and building resilient recovery. In 2022, it mobilized a record $4.8 billion in funding, achieving significant results such as 25 million people gaining access to basic services and 5.4 million women securing jobs and improving their livelihoods in 39 countries during or after crises.
One of the fundamental principles of Japan's Official Development Assistance (ODA) is "human-centered development," advocated by UNDP. JICA (Japan International Cooperation Agency) emphasizes collaboration with UN agencies like UNDP and UNICEF, building cooperative frameworks that leverage their respective comparative advantages to address the diversifying and complex development challenges. Japan is encouraged to maximize the UN's information, knowledge, and expertise to enhance the effectiveness and efficiency of aid, while also promoting dialogue with the UN to build a more organic cooperation system.
There's a noticeable shift in development aid from mere financial provision to capacity building and innovation-driven approaches. UNDP's emphasis on strategic innovation, digitalization, innovative development finance, and partnerships, based on the belief that "the true wealth of a nation is its people," indicates a recognition that long-term development requires intrinsic capabilities and adaptive strategies. This represents a transition from a traditional "charity" model to an "empowerment" model, a deeper approach to achieving sustainable development. Furthermore, Japan's expanding role from merely the largest aid donor to a strategic partner in shaping global development discussions and methodologies suggests that Japan's historical commitment to "human-centered development" is evolving into ideological leadership in international cooperation.
Social Structural Changes and Progress in Human Development
Diversification of Social Issues and the Role of International Cooperation
Significant economic disparities, recognized as the "North-South problem," still exist between developed and developing countries. Least Developed Countries (LDCs), in particular, face a wide range of issues including inequality, hunger, poverty, fragile infrastructure, resource competition, insecurity, and conflict, concentrated primarily in Sub-Saharan Africa and parts of Asia.
International cooperation plays an indispensable role in resolving these social problems. UNDP is the leading UN development assistance agency promoting poverty eradication, inequality reduction, and sustainable development, working in collaboration with various actors such as national governments, UN agencies, NGOs, and private companies. UNDP's Strategic Plan (2022-2025) aims for three directions of change—structural transformation, leaving no one behind, and building resilient recovery—emphasizing strategic innovation, digitalization, innovative development finance, and partnerships as crucial elements.
The Sustainable Development Goals (SDGs) evolved from the Millennium Development Goals (MDGs), calling for developed and developing countries to forge partnerships to address all three dimensions: economic, social, and environmental. SDG 17, "Partnerships for the Goals," aims to strengthen and revitalize global partnerships for achieving the goals through seven means of implementation: finance, technology, capacity building, trade, systemic issues (policy coherence and multi-stakeholder partnerships), data, monitoring, and accountability.
The cluster of problems faced by Least Developed Countries—inequality, hunger, poverty, fragile infrastructure, resource competition, insecurity, and conflict—should be understood not as isolated challenges but as interconnected chains of complex crises. For example, climate change exacerbates resource scarcity, which in turn triggers conflict, creates refugee problems, and deepens poverty. This indicates that development approaches must go beyond individual problem-solving and require comprehensive strategies that integrate environmental, social, and economic aspects. The shift from MDGs to SDGs reflects this deepening understanding of a universal partnership model.
Furthermore, in addition to traditional development challenges like poverty and hunger, a new form of inequality, the digital divide, has emerged. UNDP's emphasis on digitalization, while noting that 2.7 billion people are left behind by this divide, means that access to and utilization of digital technology are becoming a new foundation for human development. If this digital divide is not closed, existing disparities could become entrenched or widen, creating a new form of "digital poverty" that hinders the achievement of the SDGs.
The Philosophy of Human Development and Efforts Towards the SDGs
The United Nations Development Programme (UNDP), through its Human Development Report, first published in 1990, advocated the concept of "human-centered development." This philosophy, when measuring societal wealth and progress, focuses not just on economic indicators but on whether people can expand their range of choices and opportunities based on their own will, encompassing elements such as health, knowledge, and the assurance of a decent standard of living. This idea has been widely accepted by the international community and is one of the fundamental principles of Japan's Official Development Assistance (ODA).
The Human Development Index (HDI) was developed as an indicator to measure the degree of human development, comprehensively assessing achievements in three areas: longevity, knowledge, and a decent standard of living. While Gross National Product (GNP) and Gross Domestic Product (GDP) simply indicate the quantity of income, HDI reveals the policy choices regarding how income is distributed and utilized for public health and education. Furthermore, indicators such as the Gender Development Index (GDI) and the Gender Empowerment Measure (GEM) have been introduced to focus on gender inequality. Japan, despite being a wealthy developed country, has been noted for its remarkably low GEM ranking.
The Millennium Development Goals (MDGs) were concrete targets to promote human development, as advocated by UNDP, with a deadline for achievement set for 2015. Subsequently, the Sustainable Development Goals (SDGs), adopted in 2015, succeeded the MDGs' philosophy, positioning themselves as universal goals that call for all countries, including developed and developing nations, to form partnerships to achieve a society where "no one is left behind." The SDGs consist of 17 goals and 169 targets, demanding an integrated approach to economic, social, and environmental dimensions.
The shift to the philosophy of "human-centered development" signifies a fundamental change, measuring societal progress not solely by economic growth but by prioritizing the expansion of human choices and opportunities – in essence, the quality of life and individual dignity. For example, the restriction of women's freedoms under the Taliban regime in Afghanistan demonstrates that true human development cannot be achieved through economic prosperity alone. This suggests a growing deeper understanding that policies and aid strategies should focus on individual empowerment and well-being beyond mere material accumulation.
Furthermore, the progress in human development highlights how new indicators expose existing or emerging inequalities. While HDI offers a more comprehensive view, indicators like GEM reveal that gender disparities persist even in developed countries like Japan. The existence of the digital divide further suggests that the potential benefits brought by new technologies could create new disparities through unequal access. This indicates that human development is not a linear process; new challenges constantly emerge, requiring continuous effort to address them, making it a complex endeavor.
Essential Table: Comparison of Economic and Social Development Indicators by Key International Organizations
| Category | Indicator | Developed Nations (e.g., U.S./Japan/Eurozone) | Emerging Markets (e.g., China/India) | Low-Income Countries (e.g., LDCs) | Remarks |
|---|---|---|---|---|---|
| Economic Trends | 2021 Growth Forecast | US: +6.5% <br> Japan: +2.7% <br> France/Italy: Downward Revised | (Data not available) | (Data not available) | US significantly revised upwards due to economic measures. |
| | 2024-2026 Global Economic Growth Forecast | Expected to remain in low 3% range | Expected to remain in low 3% range | Expected to remain in low 3% range | Primarily due to escalating conflicts between major powers. |
| | Manufacturing Production Activity | US: Robust <br> Japan/Europe: Decreasing trend | China: Continued increase, expanding global share | (Data not available) | Bifurcation between developed and emerging economies. |
| | GNI per capita | High-income countries (>$12,235 USD) | Middle- and high-income countries (e.g., Argentina, Chile, China is not low income) | < $992 USD | Classification criteria for developing/least developed countries. |
| Social Development | Human Development Index (HDI) | High (e.g., Japan high level) | Medium (country-dependent) | Low | Considers health and knowledge, not just income. |
| | Gender Empowerment Measure (GEM) | Japan: 44th (2003) | (Data not available) | (Data not available) | Japan remarkably low among developed nations. |
| | Major Social Issues (LDC) | (Data not available) | (Data not available) | Inequality, hunger, poverty, fragile infrastructure, resource competition, insecurity, conflict | Concentrated particularly in Sub-Saharan Africa. |
| AI Preparedness | AI Preparedness Index (2024 IMF) | US: 0.77 <br> Japan: 0.73 <br> Germany: 0.71 <br> France: 0.70 <br> Canada: 0.70 <br> UK: 0.70 <br> Italy: 0.62 | Israel: 0.73 <br> UAE: 0.63 <br> Saudi Arabia: 0.58 <br> Turkey: 0.54 <br> Qatar: 0.53 | Egypt: 0.39 <br> Iran: 0.38 | Developed nations are more prepared. |
| | AI Talent (LinkedIn Registration Ratio) | G7 countries: wide range of ages/wages/degrees | Israel, Saudi Arabia, Turkey: Lower than G7 | Iran, Saudi Arabia, UAE: Age range/wage/degree within certain limits | Challenges in AI talent labor market development. |
B. Trends in Thought, Literature, and Philosophy
Major Themes in Contemporary Philosophy and Ethical Considerations
Value Diversification and the Reconstruction of Morality
Contemporary society faces a situation characterized by "reasonable disagreement," where diverse values, each with its own rationale and legitimacy, coexist. While this can be seen as a product of free democratic systems, it has also led to concerns about "value injection" in moral education, where specific values are uncritically universalized and imposed as absolute.
The aim of contemporary moral education is to foster "procedural morality," enabling children to become aware of the moral values they already possess and re-examine them in various contexts. This means not merely understanding morality as knowledge, but approaching it as their own problem, recognizing the existence of diverse values, and developing the qualities and abilities to think autonomously, engage in dialogue with others, and collaborate toward a better direction. Morality aims to cultivate the innate virtue of striving to live well and authentically, a timeless human question since the time of the ancient Greek philosopher Socrates. While ethics pursues the correctness of social norms and rules as principles, morality seeks to enable individuals to practice good ways of living and being as human beings. Watsuji Tetsuro's philosophy that human beings exist as "inter-personal beings" through their relationships with others is deeply intertwined with the formation of character that moral education aims for: "living better together with others."
As society diversifies, moral education must address not only individual differences but also the diversity of values arising from differences among identity groups, such as ethnicity, culture, generation, and gender. Particularly in an increasingly international and globalized Japanese society, protecting the values and rights of religious and cultural minorities is a critical challenge for moral education.
The shift in moral education from imposing norms to fostering the ability to make ethical judgments through dialogue and critical thinking in a diversifying society demonstrates its adaptation to the complexity of contemporary society. This implies that in an era where fixed moral norms are no longer universally applicable, the "process" of individuals autonomously engaging with ethical challenges and seeking consensus with others has become paramount.
Furthermore, the perspective that human beings exist in "inter-personal relationships" is crucial for considering moral challenges in a globalized world. The question of how to achieve coexistence with diverse others while pursuing one's own way of life raises a fundamental question for contemporary society: the balance between individual autonomy and responsibility to the community. In a world where people with different cultural and religious backgrounds coexist, the ability to find universal values and build platforms for dialogue to deepen mutual understanding will be an indispensable capacity for future society.
New Philosophical Questions Raised by AI Ethics
The rapid evolution of generative AI has prompted a tightening of legal regulations and guidelines worldwide, accelerating international cooperation in AI governance led by the G7 and the United Nations. While 2024 saw a trend toward stricter AI regulation, primarily in Europe, 2025 has witnessed a significant shift towards prioritizing both innovation promotion and safety.
AI poses a wide range of ethical and social challenges, including the spread of misinformation (deepfakes and fake news), privacy infringement, copyright infringement, and impacts on the labor market (job displacement and changes in job quality). These problems often stem from human intentions and biases reflected in the data and algorithms AI learns from, potentially leading to unfair outcomes and social disruption. The need for international norms and agreements is increasing due to varying legal and ethical provisions across countries and regions.
In the field of AI ethics, prominent philosophers like Professor Luciano Floridi of Yale University emphasize the importance of a comprehensive perspective encompassing competitiveness, innovation, and regulation. Professor Floridi points to the phenomenon of "onlife," where online and offline converge, arguing that humanity is in the era of the "Fourth Revolution" (digital revolution). He asserts that with AI beginning to function as an "agent," the principle of "accountability" has gained increasing importance in ethical frameworks.
On the macroeconomic impacts of AI on society, Professor Erik Brynjolfsson and Gabriel Unger of Stanford University analyze it from the perspectives of productivity growth, labor markets, and industry concentration. They suggest that the future of AI could differ significantly depending on today's technological and policy decisions, recommending "smart policy interventions" to complement human labor and encouraging an open-source ecosystem that allows businesses of all sizes to access AI.
The evolution of AI presents a philosophical challenge to re-evaluate human agency and identity. As AI becomes capable of generating human-like content, performing complex tasks, and even influencing human perception, the traditional boundaries of human creativity, intelligence, and even reality itself are being questioned. Professor Floridi's concepts of "onlife" and the "Fourth Revolution" point to fundamental questions of how to define and maintain unique human characteristics and agency as digital and AI systems become deeply intertwined with our existence.
The changing nature of AI from mere tools to "agents" implies that AI possesses a "normative force" that actively shapes society and human behavior. This means AI is not a neutral technology but can influence society through risks like bias, misinformation, and job displacement. Therefore, it is crucial not only to develop technology but also to integrate "responsible AI" principles from the design phase, prioritizing ethical principles like accountability and fairness. The G7 Hiroshima AI Process and the EU AI Act reflect growing global awareness of AI's societal impact and the urgency of governance to ensure technology benefits humanity.
Global Literary Trends and Cultural Dialogue
Characteristics of Contemporary African, Asian, and Latin American Literature
Contemporary literature from Africa, Asia, and Latin America reflects their respective historical and social contexts, exhibiting diverse characteristics and trends.
African literature is characterized by complex linguistic structures stemming from multilingualism and the history of colonial rule. Many works depict post-independence political turmoil and disillusionment (Afro-pessimism), expressing concern over the suffering of the masses amidst the prosperity of leaders and the middle class. While traditional African values (totems, guardian spirits, etc.) are integrated into modern narratives, there is a growing number of female writers criticizing patriarchal systems and practices like female genital mutilation. Debates continue regarding language choice, whether to write in former colonial languages or in African indigenous languages. As postcolonial literature, it plays a role in criticizing the legacy of colonialism and reasserting African identity.
In Asian literature, the recent "Hallyu boom" has boosted the international popularity and translation of Korean literature, shifting focus from nationalistic themes to personal narratives. Web novels have grown into a highly popular market, with traditional novelists also venturing into web novel writing. Malaysian Sinophone literature, though less recognized in Japan, often publishes works through Taiwanese and Chinese publishers due to issues of freedom of expression, exploring themes such as the history of the Chinese community and queer literature. In Thai literature, works with political themes are increasing against the backdrop of ongoing military rule, but personal narratives by young female writers are also emerging.
Latin American literature, once sometimes seen as imitating Western art, is now gaining high recognition in international auctions and exhibitions. Its characteristics include "nativeness" (emphasis on indigenous cultures and region-specific themes), "magicality" (fusion of fantasy and reality rooted in ancient myths and social instability), and "politicality" (strong sense of responsibility towards society, nation, ethnicity, and political beliefs, along with critical realism). Latin American modernism absorbed European influences while retaining its unique cultural identity and seeking to form new visual languages.
In African, Asian, and Latin American literature, the function of narratives as a medium to challenge dominant colonial discourses, reassert indigenous histories, and express sociopolitical critique demonstrates literature's active role in shaping national and cultural identity within a postcolonial context. This goes beyond mere retelling of stories; it is an attempt to reconstruct history from the perspective of formerly colonized peoples, often facing censorship and political repression.
Furthermore, the tension between indigenous and former colonial languages in African literature and the rise of web novels in Korea suggest that literary forms are dynamically evolving with globalization and digital technology. This implies that contemporary literature is not confined by traditional publishing formats or national borders but is adapting to new media and global cultural flows. This shift fosters cultural dialogue, impacting both the content and dissemination of literary works, and cultivating new forms of cultural consumption.
Postcolonial Literature and Identity
Postcolonial literature refers to literary works written by people from formerly colonized countries (excluding Antarctica), addressing the problems and consequences of colonization and subsequent decolonization, particularly themes such as political and cultural independence, racism, and colonialism.
This literature explores how traditional customs and languages were eroded by European domination, leading to cultural disruption and the necessity of negotiating multiple identities. Writers aim to reclaim their history and challenge colonial narratives. The debate over the use of English versus indigenous languages in Africa and India reflects a struggle to express authentic experiences in a language linked to a history of oppression.
Edward Said's Orientalism critiques the Western portrayal of Asia, revealing how Western scholarship created biased and stereotypical images of the "Other" and supported colonialism.
Postcolonial literature illustrates how the legacy of colonialism continues to shape cultural identity, language, and power relations even after political independence. Said's work shows how even academic discourse can perpetuate colonial biases, highlighting the profound and lasting impact of historical power structures on contemporary cultural production and global understanding. This underscores the need for continuous critical re-evaluation of narratives.
The increasing translation of postcolonial literature from Africa, Asia, and Latin America suggests a growing global demand for diverse perspectives. These literatures implicitly challenge Eurocentrism by presenting alternative histories and experiences, fostering a more nuanced understanding of global cultures. Literature serves as a powerful medium for cultural dialogue, cultivating empathy and deconstructing simplistic "othering" narratives, thereby contributing to the construction of a more inclusive global society.
Essential Table: Key Figures in Contemporary Thought and Philosophy and Their Influence
| Full Name | Birth/Death Year | Nationality | Major Philosophical/Literary/AI-Related Concepts/Movements | Major Works | Main Fields of Influence | Link |
|---|---|---|---|---|---|---|
| Friedrich Nietzsche | 1844-1900 | German | Perspectivism, Genealogy, Übermensch, Eternal Recurrence, Will to Power, Crisis of Nihilism | The Birth of Tragedy, Beyond Good and Evil, Thus Spoke Zarathustra | Source of modern thought, Existentialism, Post-structuralism, Ethics | (https://en.wikipedia.org/wiki/Friedrich_Nietzsche) |
| Edmund Husserl | 1859-1938 | German | Phenomenology, Intentionality, Noesis/Noema, Critique of Psychologism | Logical Investigations, Ideas Pertaining to a Pure Phenomenology and to a Phenomenological Philosophy, Cartesian Meditations | Founder of Phenomenology, Continental Philosophy, Analytic Philosophy | Husserl Archives |
| Ferdinand de Saussure | 1857-1913 | Swiss | Linguistics, Semiotics, Signifier/Signified, Langue/Parole, Synchrony/Diachrony | Course in General Linguistics | Father of Structuralism, Modern Linguistics, Semiotics, Literary Theory | (https://www.ebsco.com/research-starters/history/ferdinand-de-saussure) |
| Sigmund Freud | 1856-1939 | Austrian | Psychoanalysis, Unconscious, Infantile Sexuality, Repression, Id-Ego-Superego | The Interpretation of Dreams, Introductory Lectures on Psycho-Analysis | Founder of Psychoanalysis, Modern Thought, Culture, Psychology | (https://www.loc.gov/item/lcwaN0012586/) |
| Ludwig Wittgenstein | 1889-1951 | Austrian/British | Logic Philosophy, Language Game, Family Resemblances, Critique of Private Language Argument | Tractatus Logico-Philosophicus, Philosophical Investigations | Analytic Philosophy, Philosophy of Language, Philosophy of Mind | (https://www.wittgensteinproject.org/) |
| Martin Heidegger | 1889-1976 | German | Ontology, Dasein, Forgetting of Being, Aletheia of Truth | Being and Time | Phenomenology, Existentialism, Continental Philosophy, Post-structuralism | Martin Heidegger in English |
| Jean-Paul Sartre | 1905-1980 | French | Existence precedes essence, Freedom, Responsibility, Engagement, Bad Faith | Being and Nothingness, Existentialism is a Humanism, Nausea | Existentialism, Marxism, Literature | Nobel Prize.org |
| Claude Lévi-Strauss | 1908-2009 | French | Structural Anthropology, Structural Analysis of Myth, Binary Oppositions | The Elementary Structures of Kinship, Tristes Tropiques, Structural Anthropology | Structuralism, Anthropology, Semiotics | Collège de France |
| Jacques Derrida | 1930-2004 | French | Deconstruction, Différance, Critique of Logocentrism, Trace | Of Grammatology, Speech and Phenomena, Writing and Difference | Post-structuralism, Deconstruction, Literary Theory, Philosophy | (https://pact.egs.edu/biography/jacques-derrida/) |
| Michel Foucault | 1926-1984 | French | Power and Knowledge, Discourse, Discipline and Punish, History of Sexuality, Biopolitics | Madness and Civilization, The Order of Things, Discipline and Punish, The History of Sexuality | Post-structuralism, Contemporary Thought, Sociology, History | Foucault.info |
| John Rawls | 1921-2002 | American | Theory of Justice, Justice as Fairness, Original Position, Veil of Ignorance, Difference Principle | A Theory of Justice, Political Liberalism, The Law of Peoples | Political Philosophy, Liberalism, Ethics | NEH |
| Edward Said | 1935-2003 | American | Orientalism, Postcolonial Theory, Role of the Intellectual | Orientalism, Culture and Imperialism, Representations of the Intellectual | Postcolonial Studies, Literary Criticism, Cultural Criticism | (https://www.britannica.com/biography/Edward-Said) |
| Luciano Floridi | 1964- | Italian | Philosophy of Information, Digital Ethics, AI Ethics, Onlife, Fourth Revolution | The Fourth Revolution, The Ethics of AI | AI Ethics, Philosophy of Information, Digital Ethics | (https://dec.yale.edu/profile/luciano-floridi) |
| Alan Turing | 1912-1954 | British | Turing Test, Turing Machine, Computability, Code-breaking | Computing Machinery and Intelligence, On Computable Numbers, with an Application to the Entscheidungsproblem | Computer Science, Artificial Intelligence, Cryptography | (https://turingarchive.kings.cam.ac.uk/) |
| John McCarthy | 1927-2011 | American | Coining the term "Artificial Intelligence (AI)", LISP, Time-sharing | Recursive Functions of Symbolic Expressions and Their Computation by Machine | Artificial Intelligence, Programming Languages | (https://engineering.stanford.edu/about/history/heroes/2013-heroes/john-mccarthy) |
| Geoffrey Hinton | 1947- | British/Canadian | Deep Learning, Backpropagation, Boltzmann Machines, Capsule Networks | Unsupervised Learning, Connectionist Symbol Processing | Father of Deep Learning, AI, Machine Learning | (https://www.cs.toronto.edu/~hinton/bio.html) |
| Yann LeCun | 1960- | French/American | Convolutional Neural Networks (CNN), Deep Learning | Deep Learning, Gradient-based learning applied to document recognition | Deep Learning, Computer Vision, Natural Language Understanding | (http://yann.lecun.com/) |
| Yoshua Bengio | 1964- | Canadian/French | Deep Learning, Neural Machine Translation, GANs, Attention Models | Deep Learning | Deep Learning, Machine Learning, AI Ethics | Mila - Quebec Artificial Intelligence Institute |
| Elon Musk | 1971- | South African/Canadian/American | Need for AI Regulation, Neuralink, xAI, Concerns about Singularity | (No specific works) | AI Social Implementation, Space Development, Electric Vehicles | (https://twitter.com/elonmusk) |
| Nick Bostrom | 1973- | Swedish | Superintelligence, Existential Risk, Simulation Hypothesis, Vulnerable World Hypothesis | Superintelligence, Deep Utopia | AI Ethics, Superintelligence, Future of Humanity | (https://www.theinstitute.com/fellow/nick-bostrum) |
| Erik Brynjolfsson | 1962- | Danish/American | Digital Economy, Economic Impact of AI, Productivity, Labor Market, Intangible Assets | The Second Machine Age, Race Against The Machine | AI Economics, Digital Economy, Productivity | (https://digitaleconomy.stanford.edu/people/erik-brynjolfsson/) |
| Gabriel Unger | 1990s- | American | Macroeconomics of AI, Productivity Growth, Industry Concentration | The Macroeconomics of Structural Transformation, The Macroeconomics of Artificial Intelligence | AI Economics, Macroeconomics | Gabriel Unger |
| Ray Kurzweil | 1948- | American | Singularity, Law of Accelerating Returns, OCR, Speech Recognition | The Singularity Is Near, The Age of Spiritual Machines | Futurism, AI, Invention | (https://www.thekurzweillibrary.com/) |
| Yuval Noah Harari | 1976- | Israeli | Homo Deus, Sapiens, AI and the Future of Humanity, Dataism | Sapiens: A Brief History of Humankind, Homo Deus: A Brief History of Tomorrow, 21 Lessons for the 21st Century | History, Philosophy, Futurism, Societal Impact of AI | (https://www.ynharari.com/) |
| Ryuji Noguchi | 1974- | Japanese | AI Social Implementation, Liberal Arts AI Talent Development, Natural Language Processing | Becoming a Liberal Arts AI Talent, Becoming a Liberal Arts AI Talent in the ChatGPT Era | AI Business, DX, Human Resource Development | AIX partner Corporation |
C. The Evolution of Art, Design, and Culture
Global Development of Contemporary Art and the Role of Criticism
The development of contemporary art in Japan gained momentum in the 2010s, with social phenomena such as the Great East Japan Earthquake and the "Jasmine Revolution" serving as major catalysts for a stronger critical stance towards political and social issues. The spread of the MeToo movement exposed gender inequality and harassment in the cultural industry, prompting critics to reflect on problems such as homosocial structural properties and the exploitation of power gradients within criticism itself.
Contemporary art has seen artists and works addressing social institutions and issues take center stage, with categories like "social practice" consciously excluding the word "art" and prioritizing understanding and knowledge from sociology, human rights, and law. Within these changes, the role of art criticism has also evolved. While restoring trust in art critics may seem difficult, the author (Takuma Ishikawa) argues that the theories and insights cultivated by specialized art criticism remain valid. Art criticism is seen as pointing out the politicality and will to resist inherent in artworks, and providing insights on how humans can achieve growth and reject the degradation and regression of physical and cognitive abilities in a society dominated by AI and other machines.
To disseminate Japanese contemporary art globally and establish its reputation, it is essential to create mechanisms for valuing and evaluating it from Japan. This includes promoting multilingual translation of literature, establishing archives, effective presentation at international exhibitions and art fairs, and organizing overseas touring exhibitions. In particular, there is an urgent need to cultivate specialized personnel capable of accurately and effectively promoting Japanese art abroad, and of developing and executing strategies to attract the interest of influential overseas critics.
The deep engagement of contemporary art with social and political topics indicates that art has transcended its purely aesthetic domain to assume a role as a broader platform for social discourse. This fosters a deeper understanding that art is not merely a mirror of society but can also function as a catalyst for social change.
In an AI-dominated society, the idea that art criticism pursues a "philosophy of creation" and provides insights into how humans can achieve growth and resist the degradation of physical and cognitive abilities suggests that art criticism has evolved beyond mere aesthetic judgment to address fundamental questions concerning the survival and evolution of humanity. In an era where AI can generate art, the question of how to understand and value human creativity and critical thinking becomes deeply intertwined with humanity's self-definition in the future.
Emerging Art Scenes and Market Challenges
In the global contemporary art market, there is a shift away from traditional Western dominance, with emerging art scenes, particularly in the Middle East, gaining prominence and increasing influence from local curators and cultural figures. This suggests a diversification of power structures within the art world and an invigorated global cultural exchange.
However, contemporary art scenes in developing countries still face numerous challenges. These include fragile operational foundations, reliance on foreign buyers, small market size, scarcity of English-language literature, and weak international dissemination capabilities. Furthermore, there is a lack of sufficient ecosystems for nurturing artists and a perceived insufficient understanding among citizens of art's social significance.
The emergence of new art scenes in the Middle East and elsewhere indicates a positive trend toward the decentralization of power in the global art world. However, it also highlights how infrastructure disparities in developing countries prevent these emerging scenes from fully realizing their potential. Even with diversified curatorial influence, true development is difficult without equitable market access and ecosystems that support sustainable artistic practices.
The points about undeveloped ecosystems for artist cultivation and insufficient understanding of art's social significance in developing countries indicate a more fundamental challenge of cultural infrastructure, not just market access. This implies that for art scenes to truly develop sustainably, international recognition is not enough; local support, education, and a cultural environment where art is integrated into daily life are essential. For sustainable development, art needs to be recognized not as a luxury good for a few international collectors but as a force contributing to local community identity and revitalization.
Trends in Contemporary Design and Sustainability
In the field of contemporary design, international conferences like "DESIGN2024" discuss design's role in devising solutions for the complex problems faced by sustainable and globalized societies. The first "World Design Conference," held in Tokyo in 1960, also explored design's potential to contribute to society, under the theme "What Can Designers Contribute to Future Society?"
One particularly noteworthy trend is "sustainable fashion" and "ethical fashion." This movement seeks to address ethical and environmental issues arising from developed countries' procurement of clothing from developing countries at unfairly low prices, which often leads to harsh labor conditions and excessive pesticide use. Sustainable design aims to ensure production processes that are safe and sustainable for both producers and the environment.
The rise of "sustainable fashion" and "ethical fashion" is a direct response to ethical shortcomings in global production systems, indicating that design is now involved in the problem of exploitation in developing countries driven by developed countries' demand for inexpensive products. This signifies a shift where design is no longer solely driven by aesthetic and functional aspects but also by ethical considerations and social responsibility. It suggests that consumer awareness, through design choices, can pressure global supply chains to adopt more equitable and environmentally conscious practices.
The expansion of international design conference themes to "solutions for the complex problems of a sustainable and globalized society" and past conferences questioning "contributions to future society" indicate that the role of design is evolving from product-centric to system-centric and value-driven. This means that design is transforming from merely creating beautiful or functional objects into a strategic discipline for solving social and environmental challenges. The "value" created by design now includes not only commercial aspects but also ethical and ecological dimensions, reflecting a broader societal demand for responsible innovation.
Protection of Traditional Culture and Promotion of Cultural Diversity
Japan possesses an unparalleled wealth of cultural heritage, rooted in thousands of years of history, including temples, shrines, traditional festivals, and crafts, all serving as symbols of Japanese identity. However, in recent years, these cultural assets have faced threats from population decline, urbanization, and over-tourism. Specifically, depopulation in rural areas and rapid urban development make cultural property preservation difficult, with many traditional festivals and crafts facing extinction.
UNESCO Japan, to transmit these invaluable cultural assets to future generations, undertakes multifaceted cultural protection activities including preservation and restoration of cultural properties, educational programs for younger generations, and collaboration with local communities and experts. These activities necessitate cooperation from local residents and volunteers, aiming to deepen understanding of cultural properties in each region to enable sustainable preservation efforts.
The UNESCO Universal Declaration on Cultural Diversity (2001) emphasizes cultural diversity as the common heritage of humanity and a source of exchange, innovation, and creativity. The Declaration states that cultural diversity is as essential for humankind as biodiversity for nature, positioning it as an ethical imperative inseparable from respect for human dignity. The Convention on the Protection and Promotion of the Diversity of Cultural Expressions (2005, in force) established this principle as international law, reaffirming the sovereign right of states to adopt policies to protect and promote cultural diversity. It also explicitly aims to support cultural activities and services in developing countries. Japan has 23 UNESCO Intangible Cultural Heritage inscriptions, including Noh Theater, Ningyo Johruri Bunraku, Kabuki, Washoku (traditional Japanese cuisine), and traditional sake brewing.
The dual threat to Japan's cultural heritage—from domestic social changes like population decline and urbanization, and external pressures like commercialization from tourism—indicates that cultural preservation is not just a conservation effort but is intricately linked to broader demographic trends and economic policies. This means that the protection of traditional culture is an integral component of national sustainability and social identity formation.
UNESCO's declarations and conventions that position cultural diversity as "the common heritage of humanity" and an "ethical imperative," alongside the idea that "all creation draws its roots from cultural traditions, but flourishes in contact with other cultures," demonstrate that cultural diversity is not merely a static entity to be protected but a dynamic source of innovation and creativity. This implies that cross-cultural exchange and dialogue are essential for global progress, and that cultural preservation is not merely about maintaining past legacies but is an active process for creating the future.
Essential Table: UNESCO Intangible Cultural Heritage and Efforts for Cultural Diversity
| Cultural Heritage Name | Year of Inscription | Category | Overview/Significance | Related Link |
|---|---|---|---|---|
| Nohgaku | 2008 | Performing Arts | Traditional Japanese masked drama, a composite art form merging song, dance, movement, music, and literature. | Introductory Video |
| Ningyo Johruri Bunraku | 2008 | Performing Arts | Puppet theater where three types of performers—narrator (tayu), shamisen player, and puppet operator—unite to perform. | Introductory Video |
| Kabuki (Traditional dramatic performance style of Kabuki) | 2008 | Performing Arts | Japan's representative performing art, combining traditional aesthetic beauty with popular appeal. | Introductory Video |
| Gagaku | 2009 | Music | Ancient ceremonial music and dance transmitted in Japan. | Introductory Video |
| Ojiya-chijimi, Echigo-jofu: Traditional techniques of ramie fabric production in Ojiya and Uonuma regions, Niigata Prefecture | 2009 | Traditional Craftsmanship | Hemp fabrics produced in Niigata Prefecture, characterized by traditional manufacturing methods unique to snowy regions. | Introductory Video |
| Okunoto no Aenokoto | 2009 | Social Practices, Rituals, Festive Events | An agricultural ritual performed in the Okunoto region of Ishikawa Prefecture, inviting and entertaining the god of the rice paddies at home. | Introductory Video |
| Hayachine Kagura | 2009 | Performing Arts | Mountain priest kagura dance transmitted in Hanamaki City, Iwate Prefecture. | Introductory Video |
| Akiu no Taue Odori | 2009 | Performing Arts | Rice-planting dance transmitted in Sendai City, Miyagi Prefecture, praying for a good harvest. | Introductory Video |
| Dainichido Bugaku | 2009 | Performing Arts | Bugaku dance dedicated at Dainichido in Kazuno City, Akita Prefecture. | Introductory Video |
| Daimokutate | 2009 | Performing Arts | A performing art transmitted in Nara City, Nara Prefecture, where characters announce their names and perform a story. | Introductory Video |
| Ainu traditional dance | 2009 | Performing Arts | Traditional dances of the Ainu people transmitted in Hokkaido. | Introductory Video |
| Kumiodori, traditional theatre of Okinawa | 2010 | Performing Arts | A song-and-dance drama from the Ryukyu Kingdom era transmitted in Okinawa. | Introductory Video |
| Yuki-tsumugi, silk fabric production technique | 2010 | Traditional Craftsmanship | Silk fabric made using hand-spun mawata silk yarn, transmitted in Ibaraki and Tochigi Prefectures. | Introductory Video |
| Mibu no Hana-taue, ritual of transplanting rice in Mibu, Hiroshima | 2011 | Social Practices, Rituals, Festive Events | A rice-planting ritual using cattle, transmitted in Kitahiroshima Town, Hiroshima Prefecture. | Introductory Video |
| Sada Shin Noh, sacred dances at Sada Shrine, Shimane | 2011 | Performing Arts | Sacred Noh dances dedicated at Sada Shrine in Matsue City, Shimane Prefecture. | Introductory Video |
| Nachi no Dengaku, a sacred dance at Nachi Waterfall, Wakayama | 2012 | Performing Arts | Dengaku dance dedicated at Kumano Nachi Taisha Shrine in Nachikatsuura Town, Wakayama Prefecture. | Introductory Video |
| Washoku, traditional dietary cultures of the Japanese, notably for the celebration of New Year | 2013 | Social Practices, Rituals, Festive Events | Japanese food culture respecting nature's blessings and closely associated with annual events. | MAFF Page |
| Washi, traditional Japanese hand-made paper | 2014 | Traditional Craftsmanship | Three regional handmade washi paper techniques: Sekishu-Banshi, Hon-Mino-Shi, and Hosokawa-Shi. | Introductory Video |
| Yama, Hoko, Yatai, float festivals in Japan | 2016 | Social Practices, Rituals, Festive Events | A general term for festivals held across Japan involving pulling floats and portable shrines. | Introductory Video |
| Raiho-shin, ritual visits of deities in masks and costumes | 2018 | Social Practices, Rituals, Festive Events | Practices across Japan, from Tohoku to Kyushu, where gods in masks or costumes visit. | Introductory Video |
| Traditional skills, techniques and knowledge for the conservation and transmission of wooden architecture in Japan | 2020 | Traditional Craftsmanship | A general term for traditional techniques supporting Japanese wooden architecture. | Introductory Video |
| Furuya Odori, traditional dances across Japan with flamboyant costumes and decorations | 2022 | Social Practices, Rituals, Festive Events | Folk performing arts transmitted across Japan, featuring flamboyant costumes and decorations. | Introductory Video |
| Traditional Japanese Sake Brewing | 2024 | Traditional Craftsmanship, Social Practices | Traditional manufacturing techniques of Japanese sake and associated culture. | Introductory Video |
D. Frontiers in Mathematics, Physical Education, and Space Development
Research Trends in Contemporary Mathematics and International Comparison of Education
Contemporary mathematics continues to advance in diverse fields such as number theory, algebraic geometry, probability theory, and mathematical physics, with prominent Japanese mathematicians making significant contributions in these areas. Some, like Takeshi Mori and Masahiko Fujiwara, also strive to popularize mathematics through essays.
In international comparisons of mathematics education, Japan's mathematical literacy consistently ranks among the world's top performers in the OECD's PISA (Programme for International Student Assessment). While the average score for OECD countries has declined, Japan has maintained or improved its high performance, and the proportion of high-achievers has also increased. This is partly attributed to the extensive support provided by teachers in mathematics classes.
However, a significant disparity in the quality of mathematics education exists between developed and developing countries, primarily due to a lack of funding and infrastructure. The concept of "climate apartheid," where the impacts of global warming disproportionately burden the poor and developing nations, suggests that such educational disparities may be linked to broader social and economic inequalities. Mathematics curricula vary globally, and even within English-speaking countries, content differs by state, constantly being updated to suit the times.
While Japan consistently achieves a world-leading position in PISA mathematical literacy, the significant disparity in mathematics education between developed and developing nations highlights a global imbalance in mathematical proficiency. This carries the potential to further widen economic and technological gaps as advanced mathematical skills concentrate in wealthier nations. Access to high-quality mathematics education is becoming a critical factor for future global equity and development.
The foundational role of mathematics in the advancement of science and technology is evident from the achievements of historical mathematical giants like Newton and Gauss. Just as their discoveries profoundly impacted fields such as physics and engineering, contemporary mathematical research continues to underpin progress in cutting-edge areas like AI and space development. A nation's sustained high standards in mathematics education, like Japan's, can be considered a leading indicator of its future innovation capability. This suggests a direct correlation between national investment in rigorous mathematics education and its social valuation, which shapes international competitiveness and influence in crucial domains such as AI, engineering, and space exploration.
Global Physical Education Policies and the Diversity of Sports Culture
UNESCO adopted the revised "International Charter of Physical Education, Physical Activity and Sport" in 2015, updating the 1978 version. This Charter declares that participation in physical education and sport is a fundamental human right, reflecting a belief in human dignity and worth. The United Nations designated 2005 as the "International Year of Sport and Physical Education," emphasizing sport's significant role in promoting peace, tolerance, and mutual understanding. The 2030 Agenda (SDGs) also recognizes sport as an "enabler" for achieving its goals.
Global sports culture exhibits remarkable diversity. In Germany and Austria, a foundation of "mass sports for everyone to enjoy" prevails, whereas in Japan, sports tend to have a strong "competitor-oriented" image, with an emphasis on games and winning, fostering a perception that "everything must be strict." This Japanese approach, while nurturing earnest and stoic athletes, is considered unusual globally. Examples include "gold medal declarations" at the Olympics, apologies for losses, and new recruits fetching balls in club activities.
The positioning of physical education and sport as a fundamental human right and an "enabler" for the SDGs indicates that sport is recognized as a crucial tool for global development and human rights promotion, beyond mere competitive activities. This signifies a deepening understanding that sport can contribute to solving broad social issues such as social inclusion, peacebuilding, and gender equality, not just physical health.
The contrast between Japanese and German/Austrian sports cultures reveals that sport is not merely an activity but deeply reflects a nation's socio-cultural values. Japan's "victory-at-all-costs" approach versus Europe's "mass participation" model impacts athletes' career development. In Japan, corporate sports systems may guarantee post-retirement life, but they can also limit opportunities for academic pursuits and diverse skill acquisition. This suggests that engagement in sports significantly impacts an individual's overall well-being and long-term career development, calling for a more balanced and value-integrating approach for the future.
Challenges in Physical Education in Developing Countries
In developing countries, despite physical education being a compulsory subject in over 90% of the world's nations, it faces numerous challenges. Key issues include insufficient reflection of the value and significance of sports in policy, difficulty securing project budgets, a shortage of teaching staff, and underdeveloped facilities. It is also noted that physical education classes are more frequently canceled than other subjects, and in approximately one-fifth of countries, the status of physical education teachers is low.
Access to sports is particularly disparate for socially disadvantaged groups, people with disabilities, and women, whose opportunities are limited by gender and cultural backgrounds.
JICA has been working to improve physical education in schools and physical education teacher training colleges since the early days of its Japan Overseas Cooperation Volunteers program. In Cambodia, for example, the development of physical education was delayed due to the massacre of education professionals under the Pol Pot regime. JICA, in cooperation with the NPO Heart of Gold, supported elementary school physical education, middle school physical education teacher training, textbook creation, and the dissemination of physical education classes based on the curriculum guidelines, eventually leading to the Ministry of Education independently printing and distributing textbooks.
The challenges in physical education in developing countries extend beyond insufficient infrastructure (budget, personnel, facilities) to deep social inequalities, such as the limited access to sports for vulnerable groups and women. This indicates that improving physical education should be an integral part of broader efforts to address social problems like poverty, gender inequality, and disability inclusion.
JICA's support for physical education in Cambodia demonstrates how international cooperation can contribute to rebuilding foundational social systems, not just providing emergency aid. Especially in countries where social structures have been devastated by conflict, sustained support for basic sectors like education is vital for national recovery and human development. This suggests that strategic international partnerships have the potential to be a transformative force in promoting social recovery and development from a long-term perspective.
Current Status of Space Development and the Rise of Emerging Nations
Space development has progressed to a stage where humanity's activities are truly expanding into space, and space systems are integrating with terrestrial systems to contribute to solving various global challenges and realizing richer economic and social activities. The increasingly complex security environment is also accelerating the utilization of space.
While space development was once primarily led by the United States (NASA) and Russia (Roscosmos), the 21st century has seen remarkable progress from emerging nations like India (ISRO) and China (CNSA). China has successfully conducted manned space activities and lunar soft landings, aiming to possess its own space station. India has also successfully deployed a probe into Mars orbit and aims to launch its own manned rocket. These emerging nations are leveraging relatively lower labor costs to enhance their technological capabilities and increase their presence, leading to concerns that Japan's presence is relatively diminishing. Southeast Asian countries are also advancing satellite procurement and observation satellite development, expanding their use for disaster prevention, environmental monitoring, and transportation infrastructure.
International cooperation is also active. The European Space Agency (ESA) and JAXA (Japan Aerospace Exploration Agency) are collaborating on the Mercury exploration mission "BepiColombo" and the near-Earth binary asteroid exploration mission "Hera." JAXA aims to launch its Mars Moons eXploration (MMX) mission in FY2026 and is also considering participation in international planetary defense activities.
The rise of emerging space powers like China and India indicates that access to space and capabilities are no longer the exclusive domain of a few superpowers but are becoming multipolar. This reflects broader geopolitical shifts driven by national ambition, economic growth, and the strategic utility of space assets for security and disaster monitoring. The dispersion of space power has the potential to create new forms of competition and cooperation in international relations.
The dual pursuit of "solving various global challenges" and addressing the "complex security environment" in space development indicates the dual-use nature of space technology. Satellite technologies for communication, observation, and positioning serve both civilian and military purposes. This suggests that future space policy will face the challenge of navigating the tension between international cooperation for the benefit of all humanity (e.g., planetary defense) and national security interests. This will lead to continued competitive space development alongside collaborative projects.
Essential Table: Mathematical Literacy and Space Development Investment in Key Countries
| Country/Region | PISA Mathematics Literacy Average Score (Rank) (2022) | Major Space Agency | Major Space Development Achievements/Plans |
|---|---|---|---|
| Japan | 536 (1st among OECD countries) | JAXA (Japan Aerospace Exploration Agency) | Astronaut dispatch to ISS, "Kounotori" cargo transfer vehicle operation, Mercury exploration "BepiColombo" (joint with ESA), Mars Moons eXploration (MMX) planned launch FY2026, new H3 rocket under development |
| United States | 508 (8th among OECD countries) | NASA (National Aeronautics and Space Administration) <br> DoD (Department of Defense) | James Webb Space Telescope (JWST), Artemis program (lunar exploration), GPS operation, PWSA (communication satellite constellation) construction |
| China | 574.66 (1st in the world) | CNSA (China National Space Administration) | Manned spacecraft "Shenzhou," "Tiangong" space station operation, lunar soft landings (Chang'e program), Mars exploration rover, International Lunar Research Station concept |
| India | 464 (10th in the world) | ISRO (Indian Space Research Organisation) | Mars orbit insertion, lunar exploration (Chandrayaan-3 successful South Pole landing), Lunar Polar Exploration Mission LUPEX (joint with JAXA), manned spaceflight (Gaganyaan) target 2026, own space station plan |
| Europe | (OECD average: 472) | ESA (European Space Agency) | Galileo (positioning satellites), Copernicus program (Earth observation), IRIS2 (communication satellite constellation), BepiColombo (joint with JAXA), Artemis program contribution, Hera (joint with JAXA) |
| South Korea | 520 (4th in the world) | KARI (Korea Aerospace Research Institute) | (Data not available) |
| Singapore | 574.66 (1st in the world) | (Data not available) | (Data not available) |
| Macau | 551.92 (2nd in the world) | (Data not available) | (Data not available) |
| Brazil | 400 (59th in the world) | AEB (Brazilian Space Agency) | (Data not available) |
| Turkey | 425 (40th in the world) | TUA (Turkish Space Agency) | (Data not available) |
E. Transformation of Religion, Food, and Lifestyles
Global Religious Population Trends and Diversification of Spirituality
According to projections by the Pew Research Center, by 2060, the populations of Christians and Muslims are expected to be roughly equal, each numbering approximately 3 billion. This demographic shift, against the backdrop of ongoing terrorist attacks in places like New Zealand and Sri Lanka, suggests an unprecedented need for harmony regarding complex issues such as religion and state, and inequality and poverty.
Surveys in East Asia (Hong Kong, Japan, South Korea, Taiwan, Vietnam) reveal that while many people consider themselves "non-religious," they believe in invisible beings, worship ancestral spirits, and perform rituals. For instance, in Japan, 70% of people have performed ancestor worship within the past 12 months. In Hong Kong, South Korea, and Vietnam, "no religion" is the most common religious affiliation.
Religious conversion rates are high in East Asia, with many people raised in specific religions (especially Buddhism, Christianity, and Taoism) but now identifying as non-religious. On the other hand, Taiwan and Vietnam show examples where religious conversion has led to a slight increase in Buddhists.
The East Asian data, showing a large number of people who identify as "non-religious" yet believe in invisible beings and perform ancestor worship, strongly suggests a global phenomenon of being "spiritual but not religious." This means that while formal religious affiliation is declining, human spiritual needs and traditional practices persist, indicating a separation of spirituality from organized religion. This trend could impact social cohesion, moral frameworks, and how society addresses existential questions in the future.
The projection that Christian and Muslim populations will be roughly equal by 2060 highlights the growing geopolitical significance of global religious demographics. Coupled with the reality of ongoing terrorism, this suggests that the international community needs to focus more than ever on interfaith harmony and dialogue. As religious pluralism increases, deepening mutual understanding and addressing underlying issues of disparity and grievances will be crucial for maintaining international stability and peace.
Global Food Culture Trends and Impacts on Health and Environment
According to the UN Food and Agriculture Organization's (FAO) "The State of Food and Agriculture 2024," unhealthy diets impose an estimated "$8.1 trillion in hidden costs" annually on global agri-food systems. This is primarily linked to non-communicable diseases (NCDs) such as heart disease, stroke, and diabetes. Key dietary risk factors include low intake of whole grains, fruits, and vegetables, excessive sodium intake, and high consumption of red and processed meats. These hidden costs tend to be higher in terms of health costs within industrialized agri-food systems, particularly in upper-middle-income and high-income countries. The report advocates for using "true cost accounting" to make these hidden impacts visible and promote a transition to more sustainable and healthy food systems.
An Oxfam study from 2014 ranked the Netherlands first in "healthy eating" due to high food self-sufficiency, developed infrastructure, and low prices. While European countries dominated the top ranks, Japan was positioned 21st. Japan was evaluated positively for food price stability, infrastructure stability, and low rates of malnutrition, but high food prices, poor dietary balance, and high diabetes prevalence rates were factors that lowered its ranking. Countries like Japan, the US, New Zealand, Brazil, and Canada, which experienced increasing rates of diabetes and obesity, tended to fall in the rankings.
The FAO report's quantification of the enormous economic and health burdens of unhealthy diets as "hidden costs" reveals that the current global food system, without being reflected in market prices, incurs immense healthcare expenditures and environmental degradation. This means that a transformation of the food system is not merely an ethical and environmental choice but an indispensable economic imperative for global health and economic sustainability.
The fact that developed countries like Japan and the US, despite having stable food supplies, are falling in "healthy eating" rankings due to high food prices, poor dietary balance, and increasing rates of diabetes and obesity, presents a paradoxical situation where economic development and food security do not necessarily translate into better public health. This implies that even in affluent societies, the proliferation of processed foods and lifestyle changes are leading to declining food quality and worsening dietary habits, creating new public health challenges. A comprehensive transformation of the food system and policy interventions to promote healthier eating habits are urgent priorities in these countries.
Diversification of Lifestyles and Social Trends
Contemporary to future social trends are significantly influencing people's lifestyles. The "failure of the pursuit of economic efficiency" and the advancement of "globalization" are leading to a "widening social disparity" and a decline in the affluent middle class. In addition to these factors, population decline and the progress of informatization are accelerating the "diversification of values and lifestyles" among individuals.
Future lifestyle changes are hypothesized to be greatly influenced by four "risk factors": "health," "economic power," "community/human relationships," and "security," as well as individual "values." People are becoming more sensitive to "unforeseen risks," and the burden of dealing with them is increasing, requiring greater adaptability in the era ahead.
The assertion that the limits of pursuing economic efficiency and globalization are leading to "social disparities" and a "decline in the affluent middle class" indicates that economic forces are not merely affecting people's financial situations but are fundamentally transforming their lifestyles and values. As the stability of the traditional middle class erodes, people are compelled to adapt to new ways of living, leading to a diversification of lifestyles and a fragmentation of values.
The prediction that future lifestyles will be strongly influenced by four risk factors—"health," "economic power," "community/human relationships," and "security"—suggests that contemporary life now fundamentally involves "risk management." This implies a deeper shift where individuals are constantly sensitive to unforeseen risks, and the burden of addressing them is increasing. Such a situation has the potential to deepen individualism while simultaneously increasing the importance of social safety nets and the role of communities.
Essential Table: Global Food Situation and Health Indicators
| Country/Region | Healthy Eating Ranking (2014) | Food Self-Sufficiency (Qualitative) | Food Prices (Qualitative) | Infrastructure Stability (Qualitative) | Malnutrition (Qualitative) | Obesity (Qualitative) | Diabetes Prevalence (Qualitative) | Hidden Costs of Food Systems (Annual) |
|---|---|---|---|---|---|---|---|---|
| Netherlands | 1st | High | Low | Well-developed | (Data not available) | (Data not available) | (Data not available) | (Data not available) |
| France | 2nd | (Data not available) | (Data not available) | (Data not available) | (Data not available) | (Data not available) | (Data not available) | (Data not available) |
| Switzerland | 3rd | (Data not available) | (Data not available) | (Data not available) | (Data not available) | (Data not available) | (Data not available) | (Data not available) |
| Japan | 21st (tied with US) | (Data not available) | High | Stable | Low | Low | High (16th) | (Data not available) |
| United States | 21st (tied with Japan) | (Data not available) | (Data not available) | (Data not available) | (Data not available) | Increasing trend | Increasing trend | (Data not available) |
| Mexico | (Ranking decreased) | (Data not available) | (Data not available) | (Data not available) | (Data not available) | Increasing trend | Increasing trend | (Data not available) |
| Global Total | (Data not available) | (Data not available) | (Data not available) | (Data not available) | (Data not available) | (Data not available) | (Data not available) | Approximately $12 trillion USD (of which $8.1 trillion due to unhealthy diets) |
F. Engaging with Generative AI: Co-evolution of Technology and Society
Generative AI Adoption and International Regulatory Trends
Artificial intelligence (AI) is significantly impacting global employment, with data released by the International Monetary Fund (IMF) in January 2024 indicating that approximately 40% of global employment is exposed to AI. It is projected that about 60% of jobs in advanced economies, 40% in emerging markets, and 26% in low-income countries are exposed to AI, with subsequent estimates in May of the same year predicting that 30%, 20%, and 18% of jobs, respectively, could be directly replaced by AI. It is also pointed out that emerging markets and low-income countries are less prepared for AI adoption compared to advanced economies due to less experience with AI utilization, potentially widening income disparities.
AI adoption varies by region. The United States leads globally in AI adoption rates and speed of utilization, particularly in IT, finance, and healthcare. In contrast, Japan shows a cautious stance towards generative AI, with slower adoption in small and medium-sized enterprises and the service sector. In Europe, adoption is progressing in web-based and professional sectors, but overall remains in a developing stage, with implementation being influenced and shaped by the EU AI Act.
In response to the proliferation of problems accompanying AI's evolution, countries worldwide are advancing legal regulations and guidelines for AI. International cooperation on AI governance, centered around the G7 and the United Nations, is also intensifying. While 2024 largely saw a trend towards stricter regulation, particularly in Europe, 2025 has witnessed a significant shift towards prioritizing innovation while ensuring safety.
AI regulations vary across countries. China and Brazil have enacted "comprehensive AI regulations," with Brazil, in particular, having strict content, including a prohibition on the development of "excessively risky AI." The United States does not have comprehensive AI-specific laws, relying on presidential executive orders and state-specific regulations. The UK is deliberating an AI regulatory bill with an innovation-first approach, and South Korea has enacted a comprehensive AI law, the "AI Basic Act," following Europe's lead, with the primary objective of promoting the AI industry. The G7 Hiroshima AI Process aims to ensure interoperability in AI governance and establish international guidelines and a code of conduct for generative AI, proposing measures such as external checks for AI companies before product launch and applying "digital watermarks" to AI-generated content.
The productivity gains promised by AI could exacerbate global income inequality due to disparities in adoption rates and preparedness between developed and developing countries. The benefits of AI could be disproportionately concentrated in technologically advanced nations, creating a new form of "AI apartheid." This situation underscores the need for proactive policy interventions and international aid to ensure equitable access and capacity building in developing regions.
The global trend in AI governance shifting from strict regulation to prioritizing innovation while ensuring safety is a significant development. This suggests a growing recognition that hindering AI development could undermine economic competitiveness. The G7 Hiroshima AI Process's aim for interoperable guidelines rather than uniform laws, and its promotion of voluntary monitoring for transparency, indicate that future AI governance is likely to be shaped by a dynamic interplay of soft law, international cooperation, and industry self-regulation.
Ethical and Social Challenges Posed by AI
AI, with its evolution, presents a wide range of ethical and social challenges. Key concerns include privacy infringement, the spread of misinformation (deepfakes and fake news), copyright infringement, and impacts on the labor market.
Privacy infringement carries the risk of unintended disclosure of personal information as AI learns user preferences and behavioral patterns from collected data. In the past, AI-generated text and images have disseminated inaccurate information, causing damage to individuals' reputations. The advancement of deepfake technology could lead to serious problems such as the spread of false information, political propaganda, manipulation of public opinion, and even use in fraud and crime. Copyright infringement is also a major issue, raising questions about who the "true author" of AI-generated content is and whether it constitutes quotation or imitation of existing works, leading to numerous lawsuits.
The impact on the labor market is also immense, with the combination of AI and automation leading to employee displacement and changes in job quality. Many routine tasks could be replaced by AI, but simultaneously, the proliferation of AI assistants and new technological tools is expected to increase the value of more creative work. However, during this transition period, continuous education and upskilling for current workers will be essential.
The root cause of AI's ethical problems lies in the reflection of human intentions and biases within its algorithms and training data. This can lead to unfair biases and distortions in AI's output. Addressing these issues requires, in parallel with technological evolution, corporate and developer responsibility, international norms for fair AI use, and consumer rights protection.
The ethical challenges posed by AI (misinformation, privacy, copyright, job displacement) amplify and accelerate existing societal vulnerabilities (spread of false information, job insecurity, discrimination) through AI's capabilities. AI acts as a "multiplier," intensifying not only positive but also negative social trends. For example, biases embedded in training data can perpetuate or worsen existing human biases through AI systems. This indicates that addressing AI's ethical challenges requires not only tackling the technology itself but also confronting the underlying societal issues.
The necessity of "continuous education and upskilling" in the labor market and the shift in value towards "more creative work" suggest that the optimal relationship between humans and AI in an AI-pervasive society is complementary, not purely substitutive. This implies that a "human-in-the-loop" approach, where humans leverage AI for efficiency and automation while focusing on inherently human capabilities like creativity, critical thinking, and ethical judgment, becomes crucial. In governance, human oversight and ethical frameworks are essential to guide AI development and mitigate its risks, ensuring that technology serves humanity.
Views and Future Predictions of Prominent AI Researchers and Experts
Leading researchers and experts in the field of AI offer diverse views and predictions regarding its future.
Alan Mathison Turing (1912-1954), a British mathematician and computer scientist, is considered one of the founders of AI. He is known for devising the "Turing test" to evaluate machine intelligence. His contributions to code-breaking (Enigma) during World War II were critically important.
John McCarthy (1927-2011), an American computer scientist, coined the term "Artificial Intelligence" in 1955. He developed the LISP programming language, popularized time-sharing, and contributed to the establishment of AI research laboratories.
Geoffrey Everest Hinton (1947-), a British-Canadian cognitive psychologist and computer scientist, is known as the "Godfather of Deep Learning." He co-developed the backpropagation algorithm, and his research group achieved deep learning breakthroughs that revolutionized speech recognition and object classification. In 2023, he resigned from Google to speak freely about the potential risks of commercial AI, particularly its ability to generate false content and its impact on the job market.
Yann André LeCun (1960-), a French computer scientist, is Meta's Chief AI Scientist and a professor at New York University. He is a key figure in deep learning and is best known for inventing convolutional neural networks (CNNs), widely used in image, video, and speech recognition.
Yoshua Bengio (1964-), a Canadian-French computer scientist, is a professor at the University of Montreal and the Scientific Director of MILA (Quebec Artificial Intelligence Institute). He is a pioneer in artificial neural networks and deep learning, and his significant contributions make him one of the world's most cited computer scientists.
Elon Reeve Musk (1971-), a South African-born entrepreneur (SpaceX, Tesla, X/formerly Twitter). He co-founded OpenAI in 2015 but later expressed strong concerns about uncontrolled AI development, calling it the "biggest existential threat" to humanity. His startup xAI aims to compete in the AI field. Neuralink aims to connect the human brain directly to digital devices, seeking to bridge the gap between humans and AI in the future.
Nick Bostrom (1973-), a Swedish philosopher, is the founding director of the Future of Humanity Institute at the University of Oxford. He is known for his research on "superintelligence" and warnings about the existential risks of AI.
Erik Brynjolfsson (1962-), an American economist, is the Director of the Stanford Digital Economy Lab. He researches the impact of AI on the economy, business strategy, productivity, and labor markets. He predicts AI will double productivity in the next decade while also warning about potential job displacement.
Gabriel Unger (born 1990s), an economist, is a postdoctoral researcher at the Stanford Digital Economy Lab. He researches how technological changes like AI are transforming fundamental macroeconomic questions such as productivity growth and industry concentration.
Ray Kurzweil (1948-), an American computer scientist, futurist, and inventor. He popularized the concept of "singularity" and is known for predicting that AI will surpass human intelligence by 2045. He currently works on natural language processing research at Google.
Yuval Noah Harari (1976-), an Israeli historian and philosopher. In his book Homo Deus, he foresees "the end of humanity" as algorithms take over human judgment. He also warns about job insecurity due to AI proliferation and the need for solutions like basic income.
Ryuji Noguchi (1974-), a Japanese AI expert, serves as Executive Officer and CMO at ELYZA, an AI startup spun out of the University of Tokyo's Matsuo Lab. His career concept is "AI social implementation," particularly active in natural language processing. He advocates for developing liberal arts AI talent and emphasizes the value of "software x AI."
Regarding the future of AI, a wide range of predictions exist, from optimistic views that it will double productivity and create new human roles (Brynjolfsson, Noguchi) to pessimistic warnings that AI poses an existential threat to humanity (Musk, Bostrom, Harari). This diversity of predictions highlights the uncertainty and profound implications of AI's future. This implies that societal choices and policy interventions are crucial in guiding AI development toward beneficial outcomes, and as Brynjolfsson and Unger suggest, policymakers should encourage AI development that complements human labor and ensures access for all businesses.
Ray Kurzweil's concept of "singularity" (AI surpassing human intelligence by 2045) and Elon Musk's Neuralink project (connecting the human brain directly to digital devices) suggest a future where the boundaries between human and machine intelligence become blurred. If AI has the potential to mimic or even surpass human cognitive abilities, this raises profound philosophical and existential questions about what defines "humanity." Traditional concepts like consciousness, creativity, and identity are challenged, suggesting that humans will need to redefine their purpose and evolution within an increasingly integrated human-AI ecosystem. This discussion extends beyond mere technical feasibility to the very essence of human existence.
Essential Table: AI Preparedness Index and AI Regulation Comparison in Key Countries
| Country/Region | AI Preparedness Index (2024 IMF) | AI Talent (LinkedIn Registration Ratio) | Main AI Regulatory Approach | Key AI Regulations/Guidelines |
|---|---|---|---|---|
| United States | 0.77 | G7 countries: wide range of ages/wages/degrees | Response through Presidential Executive Orders and state-level regulations | Executive Order on the Safe, Secure, and Trustworthy Development and Use of Artificial Intelligence (Oct 2023), AI Bill of Rights, AI Risk Management Framework |
| Japan | 0.73 | G7 countries: wide range of ages/wages/degrees | Cautious stance, balancing innovation promotion and safety | AI Business Guidelines (April 2024), Bill to Promote Research, Development, and Utilization of AI-related Technologies (under deliberation) |
| EU (Average) | (G7 average approx. 0.70) | G7 countries: wide range of ages/wages/degrees | Risk-based approach, shifting from strict regulation to enhancing competitiveness | EU AI Act (passed March 2024, effective Aug 1), Code of Practice (guidelines for general-purpose AI) |
| China | (Data not available) | (Data not available) | Comprehensive AI regulation, requirements by algorithm type | (Data not available) |
| South Korea | (Data not available) | (Data not available) | Comprehensive AI law aimed at promoting the AI industry | AI Basic Act |
| Brazil | (Data not available) | (Data not available) | Prohibition of development of excessively risky AI | Comprehensive AI regulation |
| MENA Countries (Average) | Israel: 0.73 <br> UAE: 0.63 <br> Saudi Arabia: 0.58 <br> Turkey: 0.54 <br> Qatar: 0.53 <br> Egypt: 0.39 <br> Iran: 0.38 | Israel, Saudi Arabia, Turkey: Lower than G7 | (Data not available) | (Data not available) |
III. The Future of Human Society: A Comprehensive Interpretation
A. Interactions and New Divisions Indicated by Global Trends
Acceleration of Technological Innovation and Social Transformation
Technological innovations, exemplified by generative AI, are impacting all domains from economic productivity and manufacturing to artistic creation and daily life, accelerating social transformation. This acceleration extends beyond AI to include advances in space development, as seen in the rise of new space powers and ambitious space exploration programs. Such technological dynamism is giving rise to phenomena like the "onlife" experience, where online and offline merge, and the diversification of values and lifestyles, fundamentally restructuring social structures and human interactions.
The acceleration of technological innovation is not a one-way process; it creates new social challenges (such as AI ethics, job displacement, and the digital divide), which in turn necessitate societal adaptation, policy responses, and philosophical re-evaluation, forming a co-evolutionary feedback loop between technology and society. For example, the rise of AI necessitates new approaches to moral education and adjustments in the labor market. This indicates that to understand the future, it is crucial to analyze these dynamic interactions rather than merely predicting technological breakthroughs.
Global Interdependence and Geopolitical Tensions
The world is becoming increasingly interdependent, as evidenced by international cooperation for SDG achievement and joint space projects, yet geopolitical tensions are escalating. The intensifying conflicts between major powers are hindering global economic growth, and the rise of new space powers reflects shifts in global power balances. The rise of protectionist policies in developed countries poses risks to global trade. Furthermore, with ongoing terrorism, the need for interfaith harmony is also being emphasized.
The data reveals a paradoxical situation where deepening interdependence in areas like economic recovery, development aid, and common challenges (climate change, pandemics, AI ethics) coexists with escalating geopolitical tensions, protectionism, and the rise of "decoupling." This implies that globalization does not inevitably lead to global harmony but rather creates new friction points and competition, forming a world that is interconnected yet fragmented. Future global governance will face the challenge of navigating these inherent tensions, leveraging interdependence for common benefit while managing the risks of fragmentation and conflict.
Clash of Values and the Search for Coexistence
Contemporary society is characterized by "reasonable disagreement," where diverse values, each with its own rationality, coexist. This is further amplified by globalization and cultural exchange. The need to respect religious pluralism and minority rights, different approaches to sports culture, and challenges in protecting traditional culture highlight these clashes of values. Furthermore, the rise of AI presents new ethical dilemmas to existing moral frameworks.
The recognition that "reasonable disagreement" is a fundamental characteristic of contemporary society, coupled with increasing global interconnectedness (e.g., migration, digital communication), makes the search for coexistence an urgent imperative. This implies that merely asserting one's own values is insufficient; society needs to cultivate "procedural morality," i.e., the ability to understand diverse perspectives and find common ground or "acceptable solutions" through respectful dialogue. Future human prosperity will depend critically not only on technological and economic progress but also on improved intercultural communication and ethical reasoning skills.
B. What is "Needed" and What is "Lost" for People Living Today
New Capabilities and Qualities for Navigating the Future
The advancement of AI and automation inevitably necessitates a restructuring of human skill sets. Routine labor is predicted to decrease, while the value of creative work will increase, indicating the need for continuous education and upskilling. In the field of art criticism, it is argued that its insights can offer guidance on how humans can "build growth and resist the degradation and regression of physical and cognitive abilities" in an AI-driven society.
As AI automates routine tasks and some creative tasks, the value of uniquely human cognitive and emotional skills—such as critical thinking, complex problem-solving, empathy, emotional intelligence, and original creativity—will dramatically increase. This means that abilities once considered "soft skills" or undervalued economically will become paramount. Educational systems and societal norms must shift away from rote memorization and technical proficiency to nurture these inherent human attributes. What is "needed" for humans will shift from what machines can do to what machines cannot do.
Critical Thinking, Creativity, Empathy, and Adaptability
The capabilities particularly needed to navigate the future are critical thinking, creativity, empathy, and adaptability. Critical thinking is essential for dealing with misinformation generated by AI and is also crucial for reconstructing moral norms in a society where diverse values coexist. "Creativity," which is expected to increase in value in the labor market, is also the source of cultural diversity and will be an indispensable ability for humans to coexist with AI. "Empathy" and the ability to dialogue are vital for finding "common solutions" in a society where people with diverse values coexist. In a rapidly changing environment marked by economic fluctuations, technological acceleration, and lifestyle shifts, "adaptability" will be a decisive quality for individuals to thrive in the future.
The emphasis on critical thinking (for dealing with misinformation), creativity (for new labor roles), empathy (for diverse societies), and adaptability (for rapid change) indicates that humanity is being compelled to undergo a "human upgrade." These will be core competencies that distinguish human value from AI's capabilities. What will be "lost" due to AI are automatable jobs and tasks, but what will be "needed" are uniquely human abilities like judgment, innovation, and social intelligence, which AI lacks. This suggests that educational priorities and societal values must undergo a significant transformation, focusing on cultivating deep human attributes.
Transforming Labor and Social Roles
Decline of Routine Labor and Creation of New Value through Automation
AI is expected to significantly impact a substantial portion of global employment, with a high likelihood of replacing routine occupations. Simple tasks like data entry and hotel housekeeping may decrease. However, this automation is also believed to offer an opportunity to free human labor for more creative tasks.
Professor Erik Brynjolfsson presents two future scenarios for AI's impact on the labor market. One is a future where AI directly replaces labor, leading to lower wages for many workers and widening income inequality. The other is a future where AI complements workers, helping less experienced or knowledgeable workers improve their performance, thereby narrowing income disparities. He argues that policymakers should encourage AI development that complements human labor and support open-source ecosystems that allow businesses of all sizes to access AI.
The decline of routine labor due to automation fundamentally redefines the concepts of "labor" and "value" in the economy. The source of value creation will shift from the efficiency of repetitive tasks to human-centric activities like creativity, complex problem-solving, and interpersonal skills. This raises the challenge of how workers will acquire new skills and how society will manage the transition period caused by job displacement. Discussions about new economic models like basic income may also gain importance in this context.
Professor Brynjolfsson's presentation of two scenarios for AI's economic impact—whether it expands or reduces inequality depending on policy—indicates that the social outcomes of automation are not determined by the technology itself but are shaped by human choices and policies. This means that society faces a new "social contract" regarding automation. The challenge is how to fairly distribute the immense productivity gains brought by AI, prevent widening disparities, and ensure that all people, including those whose traditional labor becomes redundant, can lead dignified lives. This strongly suggests the need for proactive governance and ethical frameworks that prioritize human well-being and social cohesion.
Essential Table: Potential for AI Job Displacement and New Human Roles
| Nature of Occupation/Task | AI Impact | Potential Replacement Rate (Developed Nations) | Potential Replacement Rate (Emerging Markets) | Potential Replacement Rate (Low-Income Countries) | Newly Required Human Roles/Skills |
|---|---|---|---|---|---|
| Routine Tasks | High automation, high potential for replacement | Potentially 30% of jobs replaced | Potentially 20% of jobs replaced | Potentially 18% of jobs replaced | AI system monitoring, maintenance, troubleshooting, data management, ethical judgment |
| Data Entry Clerks | Potential for job reduction | (No quantitative data) | (No quantitative data) | (No quantitative data) | Data analysis, AI tool utilization, more complex problem-solving |
| Hotel Room Attendants | Potential for job reduction | (No quantitative data) | (No quantitative data) | (No quantitative data) | Advanced customer experience design, personalized service, human interaction |
| Non-routine, Creative Tasks | AI complements, value increases | (Included in 60% of affected jobs, but low replacement) | (Included in 40% of affected jobs, but low replacement) | (Included in 26% of affected jobs, but low replacement) | Critical thinking, creativity, empathy, adaptability, complex problem-solving, human relationship building |
| AI-related Professions | Creation of new demand | Increased demand for AI talent | Increased demand for AI talent | Increased demand for AI talent | AI development, AI ethics experts, data scientists, AI strategy consultants, AI educators |
| AI Social Implementation | AI becomes indispensable to society | World-leading AI adoption rate/speed | Potential for increased income disparity if AI adoption preparedness is insufficient | Potential for increased income disparity if AI adoption preparedness is insufficient | Diffusion of AI literacy, establishment of AI governance, formulation of ethical guidelines, international cooperation |
C. Human Evolution: Coexistence with Technology and New Possibilities
Pathways for Human-AI Co-evolution
The evolution of AI suggests a new stage in human evolution. Ray Kurzweil's concept of "singularity" includes the prediction that AI will surpass human intelligence by 2045, and projects like Elon Musk's Neuralink aim to bridge the gap between humans and AI by directly connecting the human brain to digital devices. These developments present the possibility of "human-AI co-evolution," a future where the boundaries between human and machine intelligence become blurred.
The potential for AI to mimic or even surpass human cognitive abilities raises a fundamental philosophical question: what defines "humanity"? Traditional concepts like consciousness, creativity, and identity are challenged, and humans will need to redefine their purpose and evolution within an increasingly integrated human-AI ecosystem. This means the discussion extends beyond mere technical feasibility to the very essence of human existence.
In such a path of co-evolution, humans are not to be replaced by AI but are called upon to complement and collaborate with it. Routine labor will be entrusted to AI, while humans will focus on areas difficult for AI, such as more creative and complex problem-solving, ethical judgment, and interpersonal relationships. This implies that educational systems must emphasize fostering uniquely human qualities like critical thinking, empathy, and adaptability, rather than just transmitting knowledge.
Importance of Ethical Frameworks and Implications for the Future
In the era of human-AI co-evolution, the establishment of ethical frameworks is extremely important. As AI begins to function as an "agent" with the power to significantly impact society, new ethical principles such as "accountability" become indispensable for its development and use. Since AI can reflect biases present in its training data and produce discriminatory results, principles such as fairness, transparency, and privacy protection must be integrated from the AI design phase.
The international community is striving to build AI governance frameworks, as seen in the G7 Hiroshima AI Process and the EU AI Act. These initiatives demonstrate the need for international cooperation and common guidelines to promote innovation while mitigating the risks posed by AI. The future of AI will be determined not only by technological advancements but also by collective choices about how society guides its development based on ethical principles.
Ultimately, human evolution will be significantly influenced by the quality of coexistence with technology. AI can be a powerful tool to extend human capabilities and unlock new possibilities, but for this to happen, humans must be aware of their ethical responsibilities and continuously adjust the direction of technology to ensure it serves human well-being and dignity. This implies not just technological progress, but that human values, morality, and the very fabric of society will evolve through dialogue with AI.
IV. Conclusion: Recommendations for a Sustainable Future
This report has analyzed the complex interactions within global economics, society, thought, culture, science, and the approach to generative AI, revealing that humanity is currently in a profound period of transformation. Economic disparities between developed and developing nations, the widening digital divide, the diversification and clash of values, and the ethical and social challenges posed by AI are interconnected, shaping future social structures and the very nature of human existence.
From this analysis, we propose the following recommendations for building a sustainable future:

• Promote inclusive and equitable human development: We should globally aim to improve the Human Development Index (HDI), encompassing not just economic growth but also health, education, dignity, and digital access. Recognizing the potential for AI benefits to be concentrated in developed countries, leading to widened disparities, it is crucial to strengthen international support for improving AI literacy and developing technological infrastructure in developing nations. Further deepening collaboration among international organizations like JICA and UNDP and prioritizing capacity-building assistance tailored to regional characteristics is essential.

• Foster ethical thinking and dialogue capabilities: In contemporary society, characterized by diverse coexisting values, we should promote moral education centered on "procedural morality" rather than "value injection." To address the ethical dilemmas posed by AI (misinformation, privacy infringement, copyright issues, etc.), critical thinking, empathy, and intercultural dialogue skills are indispensable. This implies integrating the concept of "responsible AI," where ethical principles are embedded from the design and development phases, into both education and social norms.

• Redefine labor and social roles and support adaptation: As AI advances in replacing routine labor, the value of uniquely human, non-routine capabilities such as creativity, complex problem-solving skills, and interpersonal skills will increase. To address this, society must provide opportunities for continuous education and upskilling throughout life. It is imperative to consider policy interventions that ensure the benefits of AI, while complementing human labor and increasing overall societal productivity, are equitably distributed, and to construct a new social contract.

• Respect cultural diversity and promote dynamic co-creation: Traditional cultures face internal and external threats such as population decline and commercialization. We should reaffirm their value and pass them on to future generations through protection activities like UNESCO Intangible Cultural Heritage. Simultaneously, cultural diversity should be viewed not just as something to be protected but as a source of innovation and creativity, actively promoting intercultural exchange and dialogue to foster environments for co-creating new cultural expressions and values.

• Strengthen global governance and respond to multipolarity: As seen in the multipolarization of space development and international cooperation on AI regulation, the world is seeking new forms of governance. Even amidst rising geopolitical tensions, it is essential to build interoperable norms and cooperative frameworks for common challenges (climate change, pandemics, ethical use of AI) through international mechanisms such as the G7 Hiroshima AI Process.
  The future of humanity hinges not on blindly following technological progress but on our ability to deeply consider its ethical and social implications and actively determine its direction based on human-centered values. Co-evolution with AI presents unprecedented opportunities and challenges for humanity to redefine itself, acquire new capabilities, and coexist in an increasingly complex and interdependent world. Navigating this transformative period and building a sustainable future where all people can benefit requires intellectual courage and cross-disciplinary collaboration.