The most exciting aspect of quantum information science is that it forces us to rethink some of our most basic assumptions about reality.
量子信息科学最令人兴奋的方面是它迫使我们重新思考关于现实的一些最基本的假设。
The quantum world is not deterministic in the classical sense, nor is it purely random - it's something in between.
量子世界在经典意义上不是确定性的，也不是纯粹随机的 - 它是介于两者之间的东西。
Quantum cryptography doesn't rely on the difficulty of mathematical problems, but on the fundamental laws of physics.
量子密码学不依赖于数学问题的难度，而是依赖于物理学的基本定律。
The measurement problem in quantum mechanics is not a flaw in the theory, but a profound insight into the nature of reality.
量子力学中的测量问题不是理论的缺陷，而是对现实本质的深刻洞见。
In quantum information theory, we've learned that information is not just about what you know, but about what you don't know.
在量子信息论中，我们了解到信息不仅关乎你所知道的，还关乎你所不知道的。
Entanglement is not just a curious feature of quantum mechanics - it is the essential feature.
纠缠不仅仅是量子力学的一个奇特特征 - 它是本质特征。
量子世界和经典世界之间的界限并不像我们曾经认为的那样清晰。
Quantum mechanics is not just a theory about the world, it is a description of the world at its most fundamental level.
量子力学不仅仅是一个关于世界的理论，它是对世界最基本层面的描述。
Information is physical, and the processing of information is always tied to the laws of physics.
信息是物理的，信息处理总是与物理定律相关。
The universe is not only stranger than we imagine, it is stranger than we can imagine.
宇宙不仅比我们想象的更奇怪，它比我们能想象的还要奇怪。
"The future of quantum computing lies not just in faster calculations, but in a deeper understanding of the fabric of reality."