Why Real People Have Biological Clocks and Need Math

A Brief Introduction to Biomedical Mathematics

Biomedical mathematics is a fascinating field that combines biology and mathematics to study the mechanisms of biological processes. Many biological processes follow a rhythmic pattern, and this is where the concept of biological clocks comes in. Biological clocks are internal timekeepers that help organisms coordinate their biological processes with the external environment. This is where mathematics comes in handy, as it can be used to analyze and model these rhythmic biological processes.

Meet Professor Myung and the Biomedical Mathematics Team

Professor Myung is a leading figure in the field of biomedical mathematics, with a research group at IBS Silver Myung Mathematics. Their research focuses on developing mathematical models to study biological processes, such as the circadian rhythms of organisms. Their work has contributed to a better understanding of the mechanisms that govern biological rhythms, and how these rhythms are affected by external factors such as light, temperature, and food intake.

The Fascinating History of Mathematics in Biomedicine

Mathematics has been used in biomedicine for centuries. In the Joseon Dynasty, Seokjeong Choi made a significant contribution to the field of mathematics by creating the magic square, a mathematical puzzle that was believed to have magical properties. Later, in the 20th century, mathematicians such as Fibonacci, Hakjin Cam, and Hakseul made significant contributions to the field of mathematical biology. They developed mathematical models to describe the patterns of growth and behavior in living organisms, and their work laid the foundation for the modern field of biomedical mathematics.

The Importance of Math in Everyday Life

Mathematics plays a crucial role in our everyday lives, from managing our finances to making important decisions. In the field of biomedical mathematics, it is used to develop models that can predict the outcomes of medical treatments, and to understand how diseases develop and progress. It is a powerful tool for understanding complex biological processes and for developing new treatments and therapies. As such, it is important for everyone to have a basic understanding of mathematics, and to appreciate its significance in the world around us.

What other areas of our lives could benefit from a better understanding of mathematics? How can we improve math education to make it more accessible and engaging for everyone? These are important questions that we need to consider if we want to fully appreciate the value of mathematics in our lives.