This Biophysics Week, we're highlighting some of the outstanding members of our Student Chapter program. Today, we'll hear from Momoka Kotobuki, a 3rd year Pharmacy major at the Sanyo-Onoda City University Student Chapter.
What inspired you to study biophysics?
I hope to study a specialized field while also actively participating in extracurricular activities after entering university. I believe that learning outside the classroom is important for deepening my understanding and broadening my perspective. The student chapter I am interested in focuses on biophysics, which combines biology and physics in a fascinating way. Because I have always enjoyed studying science, this field naturally caught my attention. Through this activity, I would like to explore new ideas, gain practical knowledge, and interact with other students who share similar interests. I am excited about the opportunity to learn more and grow academically.
What do you think makes the study of biophysics unique?
The study of biophysics is unique because it connects the principles of physics with the complexity of biological systems, helping us understand life at a molecular and physical level. Unlike studying biology or physics alone, it allows us to analyze biological processes quantitatively and apply that knowledge to real-world problems, such as improving public health. Biophysics also emphasizes collaboration and communication, as I experienced when presenting our student chapter’s activities at the Biophysical Society Annual Meeting. This combination of rigorous science and practical impact makes biophysics both fascinating and meaningful, offering opportunities to contribute to society while deepening scientific understanding.
What skill have you learned in your studies that you find useful in other aspects of your life?
A skill I have developed through my studies that I find useful in other aspects of my life is the ability to ask meaningful questions and plan effectively. Even though I have not conducted formal research, I have been involved in organizing and managing events related to English learning and science. Through these experiences, I learned how to identify problems, set clear goals, and create structured plans to achieve them. Asking the right questions helped me understand what participants needed, while careful planning ensured that each event ran smoothly. These skills are valuable not only in academics but also in teamwork and everyday problem-solving.
What is your dream career?
My dream career is to work in the field of public health by applying knowledge from biophysics. I want to understand the fundamental mechanisms of life at the molecular and physical levels, and then use that knowledge to improve health across society. By connecting biophysics with public health, I hope to contribute to the prevention of diseases, the development of effective interventions, and the promotion of healthier communities. In the future, I aim to conduct research that bridges basic science and real-world health challenges, helping to create solutions that benefit not only individuals but entire populations.
What accomplishment are you most proud of?
One accomplishment I am most proud of is presenting our student chapter’s activities at the Biophysical Society’s Student Chapter Annual Meeting 2025. Together with my chapter members, we compiled our work and achievements into a clear and organized presentation. I then had the opportunity to present it alongside one other member. Through this experience, I was able not only to collaborate closely with my peers and communicate our chapter’s efforts to a wider audience but also to expand my professional network. Being able to represent our chapter, share our collective work, and connect with others in the field was both rewarding and inspiring.
What advice do you have for someone thinking about studying biophysics?
If you are thinking about studying biophysics, my advice is to stay curious and be open to connecting different fields. Biophysics combines biology and physics, so it helps to develop both a strong scientific foundation and the ability to ask meaningful questions. I also recommend gaining practical experience, such as joining student chapters or participating in science-related events, because working with others and presenting your ideas can deepen your understanding and expand your network. Most importantly, think about how the knowledge you gain can have real-world impact, such as contributing to public health or improving people’s lives.