Abstract EANA2025-15

The origin of life remains one of the most profound and unresolved questions in science. It is still unknown whether life is an inevitable outcome given the right conditions, or a unique phenomenon restricted to Earth—even within the context of an infinite and eternal multiverse. In this presentation, I propose a novel analogy between the emergence of life and fundamental processes in modern cosmology. Specifically, I suggest that life originates from a complex micro-scale physiochemical landscape and, upon reaching a critical threshold, undergoes a rapid expansion analogous to cosmological inflation from a quantum fluctuation. This perspective not only offers a conceptual bridge between biology and cosmology, but also implies a greater probability for the existence of life beyond Earth by framing biogenesis as a scalable, perhaps universal, phenomenon.