Bhaskara Law and Thermal Expansion: Redefining the Principles of Energy Interaction

Abstract

Thermodynamics is a well-established field that explains energy interactions when they involve the disturbance of  a single fundamental force or property. However, it is often misunderstood as a comprehensive theory for all energy-related phenomena. In reality, thermodynamics is not designed to address situations where multiple fundamental forces or properties are simultaneously disturbed. This paper highlights the limitations of thermodynamics in such cases and presents examples like the Curie effect and mercury thermal expansion, where multiple forces come into play and thermodynamics alone is insufficient to explain the underlying mechanisms.