Question: In a futuristic city, a quantum AI selects three distinct energy sources from a pool of 12 unique types to power a starships reactor. What is the probability that among the selected sources, at least one is a fusion-based source, given that 4 of the 12 are fusion-based?

Wed, 29 Apr 2026 18:12:37 +0000

**In a futuristic city, a quantum AI selects three distinct energy sources from a pool of 12 unique types to power a starship reactor. What is the probability that at least one of them is a fusion-based source, given that 4 of the 12 are fusion-powered?** As advancements in quantum computing and energy innovation converge, a growing number of futuristic tech visions picture quantum-AI systems optimizing power sources for interstellar travel. In one such scenario, a sophisticated AI randomly selects three distinct energy types from a curated list of 12 to fuel a starship reactor—raising an intriguing probability question: What’s the chance that among these selected sources, at least one is a fusion-based system, knowing that 4 out of the 12 are fusion-based? This query reflects rising public engagement with advanced energy forecasting, blending science fiction plausibility with real-world engineering. Understanding the odds behind such selections offers insight into futuristic planning, risk modeling, and resource allocation in high-stakes environments. With fusion technology remaining a cornerstone of clean, limitless energy research, models like this help visualize the statistical framework behind quantum-AI decision systems. ---