A study challenges assumptions, suggesting intelligent life may be a natural outcome of planetary development, not improbable.Physicist Brandon Carter's 'hard steps' model proposed human-like intelligence as highly unlikely.New research counters Carter's theory, indicating Earth's condition required certain evolutionary milestones to occur.Life's evolution relates to planetary changes, with multiple 'windows of habitability' playing a crucial role.Researchers argue that intelligent life may not be a matter of sheer luck but of timing and environmental factors.Astrophysicists and geobiologists collaborate to study the origins of intelligent life and the presence of extraterrestrial civilizations.The study suggests that the emergence of intelligent life might not be as improbable as previously thought.If intelligence emerges naturally from planetary evolution, the likelihood of finding extraterrestrial civilizations increases.The new perspective provides a framework for searching for alien life based on planetary environments rather than random luck.This research may reshape humanity's understanding of its origins and its place in the universe as scientists explore the cosmos.