In his paper, Dokuchaev studies hypothetical orbits in the area between the event horizon and the singularity to understand their dynamics.
在他的论文中，多库恰耶夫研究了位于视界和奇点之间的假设性轨道，来理解它们的动态变化。
He says supermassive black holes at the center of galaxies could allow particles, and perhaps even planets with life, to orbit the singularity without being destroyed.
他认为，银河系中心的极大质量的黑洞中存在粒子，甚至可能存在具有生命的行星，围绕着奇点运转而不会被摧毁。
Assuming that the protective event horizon evaporates along with the black hole, the singularity at the center could be exposed at the moment the black hole winks out of existence.
假设起保护作用的黑洞边界随着黑洞一起消失，中心的奇点就会在黑洞消亡的那一刻暴露出来。
Any kind of singularity-free Universe would solve the singularity problem that has bothered scientists about general relativity, since a singularity cannot be mathematically defined.
任何一种没有奇点的宇宙模型都将解决广义相对论中困扰着科学家们的奇点问题，因为奇点在数学上是无法定义的。
He was surprised at the singularity of the stranger's appearance.
他对那个陌生人独特的外貌感到惊讶。
An approximate solution dealing with the singularity is proposed.
提出了一种处理奇点问题的近似解法。
For the singularity, a proper interval can be chosen in solving it.
对于奇点现象，求解时可选择适当的区间。
He was still more surprised at the singularity of the stranger's appearance.
他看到那个陌生人的外表非常古怪而更加惊异了。
A series method parallel to the singularity method for boundary element is presented.
本文给出一个和边界元奇异解相平行的级数法。
According to the Jacobian matrix of mechanism, the singularity of the mechanism was analyzed.
又根据机构的雅克比矩阵，对机构的奇异位形进行了分析。
The method for handling the singularity of the self-impedance element in MoM matrix is also presented.
对矩量法矩阵中自阻抗元素的奇异性处理方法也作了详细介绍。
This theory also provide a possible schema for solving the singularity problem and the birth of the universe.
这一理论也为解决宇宙奇点疑难，宇宙的起源提供了一种可行的方案。
Both the singularity difficulty in general relativity and the proof of singularity theorems are presented in brief.
简略地介绍了广义相对论中的奇点困难和奇点定理的证明。
The purpose of migration is to inversely solve for the singularity (interrupted surface of interval velocity) of wave equation coefficient.
偏移的目的是要反演波动方程系数的奇性(层速度的间断面)。
Whether the singularity is an actual point of infinite density or just a mathematical inadequacy of GR is unclear, as the equations of GR break down inside black holes.
我们无从得知奇点是真实的存在还是广义相对论的数学缺陷，因为广义相对论方程在黑洞中失效。
Finally, all the bifurcation curves are obtained using the singularity theory, which provides theoretical basis for dynamic analysis and design of this kind of systems.
最后，运用奇异性理论得到了系统的全部分岔响应曲线，为这一类系统的动态分析与设计提供了理论依据。
According to the singularity perturbation theory, dynamic inversion is adopted to design the basic attitude controller including fast inverse loop and slow inverse loop.
利用多重时间尺度奇异摄动理论，结合非线性动态逆方法设计了基本姿态控制器，包括快逆回路和慢逆回路两部分。
If curing all human ills will be a piece of cake for a superhuman intelligence, then the singularity carries with it the promise of immortality - as long as you're still alive when it happens.
对于一个超人智能来说，如果治疗人类所有疾病都不过是小意思，那么与奇点一同到来的自然该有长生不老的承诺——只要它发生的时候你还在世。
Can the Singularity be Avoided?
奇点可以被避免吗？
What Will the Singularity Look Like?
这个奇点将会是怎样的？
什么是奇点？
The singularity of integrals is discussed in detail.
对于积分的奇异性进行了详细分析。
The Singularity isn't a wholly new idea, just newish.
奇点并非是什么全新理念，它只是比较新颖而已。
By that time Kurzweil was thinking about the Singularity too.
其时的库兹韦尔也在思考奇点理论。
The Singularity had disappeared, and it'd taken them just under an hour.
“奇点”问题消失了，而解决这个问题，他们只用了不到一个小时的时间。
The singularity arises only formally, because we neglected the effect of damping.
这个奇异点的产生仅仅是形式上的，因为我们忽略了阻尼的作用。
The singularity arises only formally, because we neglected the effect of damping .
这个奇异点的产生仅仅是形式上的，因为我们忽略了阻尼的作用。
Kurzweil puts the date of the Singularity — never say he's not conservative — at 2045.
库兹韦尔预测，如果保守估计的话，奇点将在2045年到来。
They believe mankind is heading for a glorious post-biological era known as the Singularity.
他们相信，人类正朝着一个名为奇点的辉煌的后生物时期迈进。
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