From Cultured Meat to Brainwave Interfaces... Government Nurtures "Game-Changer Technologies"

Ministry of Trade, Industry and Energy Hosts Alchemist Innovation Technology Roundtable
Assessing Achievements of Innovative Challenge-Type R&D, Including Artificial Organs and 2.4 GPa Ultra-High-Strength Steel

Yonhap News Agency

The government is accelerating the assessment of achievements and commercialization support for "innovative challenge-type R&D" projects, which, despite their high risk of failure, have the potential to transform entire industries if successful. This initiative comes as so-called "game-changer technologies" such as cultured meat, artificial organs, brainwave interfaces, and ultra-high-strength steel are advancing beyond the research phase and entering industrialization.

On May 19, the Ministry of Trade, Industry and Energy announced that it would hold the "Alchemist Innovation Technology Roundtable" at the Korea Chamber of Commerce and Industry, bringing together representatives from major universities and research institutes such as Seoul National University and Pohang University of Science and Technology to discuss the achievements of innovative challenge-type R&D and strategies for commercialization.

Innovative challenge-type R&D refers to projects that make proactive investments in cutting-edge, high-risk technologies, which, despite their high probability of failure, could fundamentally change industrial structures if successful. The ministry has established a management system that allows for flexible adjustment of research objectives and content, while also strengthening evaluation and management based on the process rather than solely on results.

The flagship "Alchemist Project" has been pursued with the aim of securing core source technologies, and its successor, the "Future Game-Changer Technology Project," will be expanded to focus on commercialization, including demonstration, production processes, and initial market creation.

According to the ministry, the first round of Alchemist thematic projects, launched in 2020, are nearing the conclusion of their main research phase this year and are working to enhance the completeness of their core technologies. The "Artificial Eco Food" project is focused on cultured meat technology, which produces food similar to real meat by culturing animal cells. The research team has secured foundational technologies for mass production, including cell lines, culture media, scaffolds, and cultivation processes, and has succeeded in developing cultured meat products that are ready for actual tasting.

The "Soft Implant with No Immune Rejection" project is developing artificial organ technology by using stem cells and biomaterials to minimize transplant rejection. The research team has created the world's largest liver-mimicking structure in terms of volume, with consideration for actual transplantation, and has completed animal testing on rabbits.

The "Brain to X" project is a technology that uses brain signals to control external devices or facilitate communication between people. The team has developed a fully implantable neural interface system that extracts language information from the brain, reconstructs it as speech, and delivers it again through electrical stimulation. They have also completed four human subject experiments, the first of their kind in Korea.

In the "AI-Based Supercritical Material" project, the team is developing technology that integrates material composition, processing, and properties using AI. The researchers have succeeded in developing ultra-high-strength steel with a strength of 2.4 GPa, surpassing the previous standard of 1.8 GPa for automotive applications. This is an area where major countries, including China, are competing to secure technology.

The ministry plans to further support the transition of research outcomes to industrialization by providing assistance with regulatory reviews, technology transfer, connecting with potential client companies, attracting investment, and supporting follow-up research.

Additionally, through the successor "Future Game-Changer Technology Project," the ministry will pursue three new themes: ▲full-body robotic systems powered by artificial muscles, ▲PFAS-Free conversion technology, and ▲end-to-end 3D spatial intelligence. Over the next eight years, the ministry plans to concentrate its support in these fields, establishing a challenge-driven technology development system that links demonstration to market entry.

Kim Sung-Yeol, Director General for Industrial Growth at the ministry, stated, "The innovative challenge-type R&D initiative is not about selecting technologies with the highest probability of success, but about being the first to take on technologies that could transform the industrial landscape if successful. We will thoroughly review the achievements of the Alchemist Project, and through the Future Game-Changer Technology Project, we will strengthen end-to-end support to ensure that bold research leads to real markets and industries."

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