Michael Wong, a planetary scientist and astrobiologist, dives into the origins of life and the complexity of biological systems. He discusses the debates between metabolism-first and RNA-first theories, shedding light on how interdisciplinary approaches can enrich our understanding. Wong explores universal principles that govern life's complexity and discusses the roles of functions in both living and non-living systems. He also examines the emergence of functional information and its implications for understanding evolution beyond traditional frameworks.

Discover the science behind Dune's giant sandworms and habitable planets in sci-fi worlds. Hear insights on terraforming Arrakis, energy sources for worms, genetic adaptations, and potential alien life on icy moons. Dive into unique chemistry on Titan, alien life forms in sci-fi franchises like Star Trek, and the importance of detailed explanations in Dune Part II.

In this discussion, astrobiologist Michael Wong, who studies life detection on exoplanets, joins biologist Mohamed Noor, a science advisor for Star Trek Discovery. They delve into how Star Trek shapes the scientific exploration of extraterrestrial life. Jaime Green, a science journalist and author, adds to the conversation by exploring the influence of science fiction on actual astrobiological inquiry. They tackle topics like directed panspermia, the concept of alien evolution, and the ethical challenges posed by potential first contact with radically different life forms.