The Planet Mars and the Growth of Order in the Universe

Abstract

Using Mars as a concrete case study, this article unfolds a broader thermodynamic perspective: How can local order arise in a Universe that globally evolves toward increasing entropy? Jens Martin Knudsen connects planetary physics, atmospheric dynamics, and cosmological considerations to show how energy flow drives structure and complexity. Mars’ surface, climate, and geological history become a laboratory for discussing non-equilibrium processes and dissipative structures. The article is both philosophically reflective and physically rigorous, challenging the reader to consider order as an emergent phenomenon. A thought-provoking synthesis of planetary science and fundamental physics.