发表机构
IIT Bombay（印度理工学院孟买分校）
机构由 AI 辅助整理，请以论文原文为准。AI 中文总结
本文提出将量子叠加、幺正演化、量子门和测量嵌入游戏，通过“命运之门”控制器动作，在俄罗斯方块原型中演示，以培养玩家量子直觉并拓展游戏设计。
AI 中文摘要
量子物理是新兴量子技术时代的基础，但其反直觉的原理对初学者而言仍具挑战性。视频游戏提供了一种有前景的媒介，可通过互动体验使这些原理易于理解。传统游戏玩法，即使主角拥有非凡能力，也主要依赖经典直觉，通过熟悉的运动、行动和结果预期来塑造玩家的反应。在此，我们提议通过将叠加、幺正演化、量子门和测量嵌入游戏，将这些反应扩展到量子领域。该方法的核心是一种新的控制器动作——“命运之门”，它允许玩家通过游戏决策参与量子操作。我们在一个基于俄罗斯方块的原型中演示了这一概念，该原型设有渐进式结构的关卡，逐步引入量子操作及其后果。我们还概述了向角色扮演游戏的扩展，在这些游戏中，反派的行动和难度可响应玩家不断发展的量子游戏反应。通过将抽象的量子概念转化为可操作的游戏机制，该方法旨在通过游玩培养量子直觉，为量子教学和更复杂的游戏设计提供机会。
英文摘要
Quantum physics underpins the emerging quantum technology era, yet its counterintuitive principles remain challenging for beginners. Video games offer a promising medium to make these principles accessible through an interactive experience. Conventional gameplay, even when featuring extraordinary abilities of the protagonist, largely draws on classical intuition, shaping the player's reflexes through familiar expectations of motion, action, and consequence. Here, we propose extending these reflexes into the quantum domain by embedding superposition, unitary evolution, quantum gates, and measurement into the game. Central to this approach is a new controller action, the Gate of Fate, which allows players to engage in quantum operations through their gaming decisions. We demonstrate the concept in a Tetris-based prototype, with progressively structured levels that introduce quantum operations and their consequences. We also outline extensions to role playing games, in which the behavior and difficulty of antagonists can respond to player's developing quantum gaming reflexes. By turning abstract quantum concepts into actionable game mechanics, this approach aims to cultivate quantum intuition through play, offering opportunities for both quantum pedagogy and more sophisticated game design.
Comments7 pages, 4 figures, comments welcome
