quantum

What's frustrating with quantum gravity is that previous revolutions in physics, like quantum mechanics, relativity theory, were all brought on by a lot of clues from nature and, for quantum gravity, we have almost no clues at all.

关于量子引力 令人困扰的是 物理学之前的理论 例如量子力学 相对论 这些都是由自然中许多线索引出的理论 但量子引力 我们几乎根本就没有线索

Quantum entanglement is a weird feature of quantum mechanics.

量子纠缠是量子力学的一个奇异特性

Quantum mechanics describes everything, there's no escaping quantum mechanics.

量子力学解释了一切 没有什么量子力学无法解释的

Every object is a quantum mechanical object subject to the laws of quantum mechanics.

每一个物体都遵循 量子力学理论

One of the biggest differences between classical theory and quantum theory is that quantum theory is based on probabilities.

经典理论与量子理论间 最大的一个不同 就是量子力学的基础是概率

The quantum multiverse could be all around us, but we can't see it, because it operates according to the utterly bizarre laws of quantum mechanics.

量子多重宇宙可能就在我们身边 但我们看不到 因为它依据 量子力学怪诞的规律运作

And there's one famous maths problem that if a quantum computer could solve, could one day prove the existence of the quantum multiverse.

有一个著名的数学问题 如果量子计算机能够解决的话 将来或许能证明量子多重宇宙的存在

In the quantum multiverse, each universe that splits apart is permanently severed, but quantum computers might have an extraordinary ability to access them.

在量子多重宇宙中 每个*开的宇宙都被永久性地切断了 但量子计算机却可能有非凡的能力 去访问它们

But, we could indeed do some quantum virtual reality experiment which demonstrated the existence of the quantum multiverse, at least in the context of virtual reality.

然而我们可以通过某些量子虚拟现实实验 展示量子多重宇宙的存在 至少是在虚拟现实层面上存在

The search for a theory of quantum gravity had fallen apart, because quantum mechanics and general relativity proved to be totally incompatible.

寻找量子引力理论失败了 因为量子力学和广义相对论 已证实完全不匹配