First and foremost, I want to express my gratitude to everyone visiting my website. It’s truly a pleasure to meet you online, and I hope this space allows you to learn more about me and fosters meaningful connections in the future.
I deeply respect and cherish diverse experiences—whether they come from work, school, travel, home life, or stories shared by friends. Even experiences gained through videos, social media, and books contribute to my personal growth. I firmly believe that these experiences shape who I am and continuously help me improve.
I love traveling and have visited many countries, immersing myself in different languages and cultures. My learning journey is ongoing, and I still have an endless curiosity for the unexplored corners of the world. Discovering new places and expanding my horizons is one of my greatest joys.
Like many others, I once had childhood dreams of becoming a doctor or a scientist. But one day, I came across an idea in a book: instead of defining your dreams with nouns, define them with verbs. This idea struck me deeply, and I started thinking about what kind of "verb" I wanted to be.
Learning has been a constant part of my life—not only in formal education but in everyday experiences as well. So, I chose "to learn" as my first verb. However, learning alone is a personal pursuit; it doesn’t necessarily benefit others. That’s why I added a second verb: "to share." I aspire to be someone who continuously learns and shares knowledge with others.
Life presents countless challenges. Most of them can be categorized into two types: subjective problems, often arising from human relationships, and objective problems, which require mathematical or scientific solutions. I believe that the key to solving both kinds of problems lies in fundamental understanding and creativity. While acquiring fundamental knowledge is relatively straightforward, creativity is where I place greater emphasis.
For interpersonal issues, stepping outside of conventional thinking can sometimes lead to surprising resolutions. Instead of dwelling on "Why is this person acting this way?", we can approach the situation from a different angle. For example, rather than engaging in an exhausting argument, taking a step back or communicating in writing might be more effective. Creativity plays a crucial role in finding alternative solutions.
Similarly, in scientific and mathematical problems, creativity is a powerful tool. The idea that computers can mimic the human brain, the discovery of hidden truths in the world, and the solutions to seemingly impossible problems—all stem from creative thinking. That’s why I have a deep appreciation for creativity.
Let me briefly introduce my academic background. I earned my bachelor’s degree in applied chemistry in South Korea, my master’s degree in nuclear physics in Russia, and my Ph.D. in nuclear engineering in the United States.
Applied chemistry deals with physical phenomena at the atomic and molecular levels.
Nuclear physics explores subatomic particles that are even smaller than atoms.
Nuclear engineering combines these disciplines with other fields to harness atomic energy for practical applications.
Recently, I’ve developed a strong interest in data science. We are truly living in the era of AI. Looking at recent Nobel Prize winners in physics, it’s clear that AI is revolutionizing the scientific world. The field of nuclear engineering also has numerous applications for AI.
For example, nuclear reactors involve highly complex physical interactions, and AI can efficiently process and analyze these intricate behaviors. AI can also be used for accident prediction, forecasting key indicators, and conducting preliminary safety assessments for next-generation reactors. The possibilities for AI applications in nuclear engineering are vast.
In the near future, I also want to learn app development and create apps that I can share with others. I have personal projects that excite me, and I believe this will also make it easier to share what I’ve learned. Learning isn’t always fun, but it fills me with a sense of fulfillment—and that makes it all worthwhile.
Let’s keep learning and sharing for a better world!
Postdoctoral Research Fellow
Contact Information:
Walker Department of Mechanical Engineering
204 E. Dean Keeton Street, Austin, TX, 78712-1591
Office: POB 3.426
Phone: +1 (765) 337 3766
Email: jeongwon.seo@austin.utexas.edu (work)
onestark1204@naver.com (personal)