[Market Pulse] The TrillionEra of 2050: Transitioning to a Life Sciences-Centered Economy

10 Billion People and an Average Lifespan of 100 Years
The Fusion of AI and Life Sciences Drives a New Era

In recent years, the trajectory of the Nobel Prizes in science has revealed a clear direction: the development of technologies that create runways to the ultra-microscopic world invisible to the human eye. From quantum information science in 2022, to messenger ribonucleic acid (mRNA) vaccine technology in 2023, protein synthesis last year, and this year’s research on molecular machines, the focus is shifting toward technologies that delve into the nano world to interpret and edit biological systems. This marks a paradigm shift from matter to information, and from information to life itself.

This is not merely an advancement in medicine. It is reshaping the economic landscape across the entire healthcare, pharmaceutical, and food industries. Life sciences have now become a ‘platform’ rather than just an ‘industry.’ As human cells, genes, and proteins are incorporated into artificial intelligence (AI) data clusters, biological information is emerging as the new crude oil. AI is evolving into the ‘algorithm of life,’ capable of interpreting human biological data and automating the entire process of diagnosis, prediction, and design.

Ten years from now, humanity will encounter the immense synergy created by the fusion of AI and life sciences. AI will predict biological phenomena through big data, and life sciences will realize those outcomes in reality. The combination of these two will serve as the driving force to reshape the 21st-century economy, just as the steam engine triggered the Industrial Revolution in the 18th century. If AI is the brain, life sciences are the body. When digital intelligence merges with biological systems, humanity will enter not just an ‘industrial revolution of intelligence’ but an ‘industrial revolution of life.’

By 2050, the global population will reach 10 billion, the average life expectancy will surpass 100 years, and the average age in Korea will hit 60, ushering in an era of super-aging. The multiplication of population and lifespan will create a massive market called the ‘TrillionEra (1 trillion years).’ This is why the healthcare, pharmaceutical, food, and public health industries are becoming the backbone of national economies, far beyond the realm of welfare. In the history of industrial development, which has progressed from energy, steel, and electronics to information and communications, it is now time for ‘the rise of the life sciences’ to take over the baton.

The secret behind the Netherlands, which is only the size of Gyeongsang Province, becoming the world’s second-largest agricultural exporter after the United States lies here. There are over 630 varieties of tomatoes, many of which are medicinal foods, including those developed for diabetes and retinal nerve treatments, as well as for energy. The price of 1 gram of their seeds is equivalent to 1 gram of gold. Wageningen University in the Netherlands is renowned for its cutting-edge gene editing technologies.

Korea has already grown into one of the world’s top ten economies through its leadership in information and communications. However, a high-cost structure and declining productivity due to low birth rates are inevitable challenges. What is needed now is an ‘economic transformation centered on life sciences.’ Bio data centers, genomic big data, food bio-innovation, and longevity industries will emerge as new export engines. Life sciences must be moved from the periphery to the center of industry.

In 2018, the World Economic Forum (WEF) declared the 21st century the ‘Biological Century.’ If digital technology has extended humanity, biotechnology is now redesigning humanity itself. DNA is no longer the exclusive domain of the divine. AI can now understand, treat, and even recreate human genetic information. If this trend is not recognized from an industrial perspective, we risk missing the next generation’s economic engine by remaining trapped in 20th-century manufacturing logic.

We must now move beyond the ‘Age of Data Exploration’ and enter the ‘Age of Life Exploration.’ Biological information is the new ocean, and AI is the navigation chart to pioneer its routes. When Korea declares itself a ‘nation of life sciences,’ it will not only become a powerhouse in medicine but also embark on the journey to become a country that designs the entire life cycle of humanity.

The convergence of life sciences and AI is not just a technological revolution, but a civilizational transformation. Therefore, the issue of medical school admissions should not be limited to the supply and demand of doctors, but should be approached from the perspective of becoming a nation of life sciences.

Yoon Jongrok (Adjunct Professor at KAIST, Former Vice Minister of Science, ICT and Future Planning)

This content was produced with the assistance of AI translation services.