THE POWER OF COLLABORATION: INTEGRATING NATURAL, SOCIAL, AND ENGINEERING SCIENCES

Abstract

Interdisciplinary science has gained increasing attention in recent years as a means to solve
complex real-world problems that cannot be addressed by a single discipline alone. In this study, we explore
the interconnectivity and dependencies among natural, social, and engineering sciences, and their application
in finance and plant science through several case studies.
We begin by distinguishing between disciplinary and interdisciplinary sciences and discuss the relationships
among different scientific disciplines. Next, we examine the connections among natural science, social
science, and engineering science and introduce the concept through the analogy of statistical thermodynamics
and economics. Finally, we present the application of mathematical modeling to plant growth and the
construction of dynamic models for predicting plant growth patterns.
Overall, this study highlights the potential of interdisciplinary science to address complex problems that
require multiple perspectives and approaches. By breaking down the barriers between traditional disciplines,
interdisciplinary science offers new avenues for innovation and discovery, leading to more effective solutions
for real-world challenges.