What's Happening?
Professor Kim Jae-kyung, a neuroscientist in the Department of Biological Sciences at KAIST, has been selected as a fellow for the 2026 Asia Young Scientist Fellowship (AYSF). This prestigious award recognizes 12 promising young scientists in Asia who
are at the early stages of independent basic science research and demonstrate potential for pioneering new fields and achieving significant results. As an AYSF fellow, Professor Kim will receive $100,000 (approximately 140 million won) in research funding over two years. His research focuses on understanding how sleep and dreams influence human memory and creativity. Specifically, he investigates how the brain processes waking experiences during sleep to form long-term memories and how brain activity during sleep contributes to learning, memory formation, and functional recovery after brain injury. Recently, Professor Kim has expanded his work to explore the connection between dreams and creativity, hypothesizing that dreams facilitate the combination of past memories and experiences to generate novel ideas, and he aims to uncover the biological principles underlying this process.
Why It's Important?
Professor Kim Jae-kyung's research into the neural mechanisms of dreams, memory, and creativity holds significant implications for understanding fundamental brain functions. By exploring how dreams contribute to novel idea generation and memory consolidation, his work could unlock new insights into cognitive processes that are crucial for human innovation and learning. The AYSF funding will enable him to pursue ambitious research, potentially leading to breakthroughs in neuroscience. Such discoveries could have far-reaching impacts, from developing strategies to enhance learning and creativity in educational and professional settings to informing therapeutic approaches for memory disorders or brain injuries. Understanding the biological principles of how the sleeping brain processes information and generates new ideas could also influence the development of artificial intelligence, particularly in areas related to creative problem-solving and associative learning. This recognition also elevates KAIST's profile in international scientific research, showcasing its commitment to cutting-edge neuroscience.
What's Next?
With the AYSF funding, Professor Kim Jae-kyung plans to broaden his research scope to study brains across various species, including rodents, non-human primates, and ultimately humans. His goal is to identify common principles by which sleep and dreams recombine memories and foster creative thought, comparing brain operating mechanisms across species to clarify fundamental rules. In the long term, he intends to investigate genetic factors influencing dreams and creativity, aiming to comprehensively map the interconnections between genes, brain function, and behavior. Professor Kim will present his research achievements and new ideas at the 2026 AYSF Annual Conference at the University of Hong Kong on November 9. This fellowship will provide a platform for collaboration and knowledge exchange with other leading young scientists in Asia, potentially accelerating his research and its impact on the scientific community.
Beyond the Headlines
Professor Kim's research delves into one of the most enigmatic aspects of human existence: dreams. Beyond the scientific implications, his work touches upon philosophical and psychological questions about consciousness, creativity, and the nature of thought itself. By seeking to understand how dreams forge new links between memories and experiences, he is exploring the very essence of how the brain constructs reality and generates innovation. This research could challenge existing paradigms in cognitive science and offer new perspectives on the role of unconscious processes in daily life. Furthermore, the interdisciplinary nature of his work, spanning neuroscience, psychology, and potentially genetics, highlights the growing trend of integrated scientific inquiry to tackle complex biological questions. The pursuit of understanding dreams also resonates with broader public interest, as dreams have long been a source of fascination and inspiration across cultures, making his findings potentially impactful beyond the scientific community.
