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- Early on, gravitational quantum fluctuations may have been so enormous that matter barely registered;it was a tiny raft tossed on a roiling ocean. 在早期，重力的量子涨落可能已经强到让物质就像在怒海中翻腾的渺小竹筏，难以被注意到。
- A hypothetical particle postulated to be the quantum of gravitational interaction and presumed to have an indefinitely long lifetime, zero electric charge, and zero rest mass. 引力微子一种假想粒子，被假定为引力相互作用的量子，并被推测为具有无限长寿命、零电荷和零静止质量
- gravitational quantum 引力子
- Why Bother Looking for Gravitational Waves? 为什么要寻找引力波?
- Do you know who originated the theory of quantum? 你知道量子论是由谁首创的吗?
- Exact solution of spherical gravitational. 球面引力波的精确解。
- And thus its gravitational field. 重力场也是这个样子。
- This discovery marks a quantum leap forward in the fight against cancer. 这一发现标志着治疗癌症的一大突破。
- The ripples are gravitational waves. 这些波动就是重力场波。
- It is a spontaneous gravitational instability. 原因在于其自发的重力不稳定性。
- The spin phenomenon exists only in quantum theory. 只有在量子理论中才出现这样的自转效应。
- They are likely sources of gravitational waves. 它们很有可能就是引力波源。
- Dominance of quantum processes is not complete. 量子过程并不囊括一切。
- Gravitational force from a shell;Hooke's 'law'. 利用积分推导球壳的引力；
- The quantum behavior of atomic objects is the same. 原子客体的量子行为都是相同的。
- Can Ring Galaxies Form by Gravitational Collapse? 引力坍缩能形成环星系吗?
- The quantum numbers differ not at all. 量子数根本没有差别。
- The quantum of light is called a photon. 光的量子就称为光子。
- This process is called a quantum jump. 这种过程叫做量子跃迁。
- Course 1 makes heavy use of quantum mechanics. 第一种课程大量应用量子力学。
