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black-hole-computer

Explore the ultimate limits of computation using black holes. Learn about the most efficient computers theoretically possible - and why the universe might already be one.

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这是什么?

🎯 模拟器提示

📚 术语表

EventHorizon
黑洞的边界,任何东西都无法逃脱
Singularity
黑洞中心的无限密度点
HawkingRadiation
由于量子效应黑洞发出的热辐射
BekensteinBound
空间区域所能容纳的最大信息量
HolographicPrinciple
3D 信息可以在 2D 表面上编码的想法
InformationParadox
量子力学与黑洞物理学在信息保存方面的冲突
Entropy
系统中信息内容或混乱程度的衡量标准
PlanckLength
物理学中最小的有意义长度(~10^-35米)
SchwarzschildRadius
非旋转黑洞的事件视界半径
QuantumEntanglement
无论距离如何,粒子之间的量子相关性

🎓 学习资源

💬 给学习者的话

{'encouragement': "Black hole computers represent the ultimate limits of what's possible. By understanding them, you're exploring the deepest questions about reality, information, and existence.", 'reminder': "These ideas were once thought impossible to understand. Now they're being taught to everyone. The universe's secrets belong to all who seek them.", 'action': "Explore the simulator. Calculate how much information a black hole could hold. Wonder at the universe's computational power.", 'dream': 'A student in Kenya might one day solve the information paradox. A curious mind in India might discover how to extract information from Hawking radiation. These questions need YOUR imagination.', 'wiaVision': "WIA Pin Code brings the universe's deepest mysteries to everyone. The ultimate computer exists in the hearts of galaxies. Understanding it is understanding everything."}

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