Xenobiology investigates life beyond the familiar carbon-water-DNA paradigm. By asking what alternative chemistries could support self-replicating, evolving systems, researchers map the full possibility space of biology — from arsenic-tolerant bacteria in Mono Lake to hypothetical ammonia-solvent ecosystems on Titan. These explorations redefine what we mean by 'alive.'
These simulations let you engineer alternative biochemistries, detect shadow biosphere signatures, design XNA genetic polymers, model silicon-based metabolism, and push extremophiles to their thermodynamic limits — all with real-time interactive controls grounded in astrobiological research.