论文标题
使用嵌入定理来说明可穿越虫洞的极端特性
Using embedding theorems to account for the extreme properties of traversable wormholes
论文作者
论文摘要
在本文中使用嵌入定理在相对论的一般理论中具有悠久的历史，以说明莫里斯·托恩虫洞最令人不安的两个方面，（1）奇异物质的起源和维持虫洞所需的数量，以及（2）巨大的放射线张力，是造成恐怖量的巨大射频，伴随着痛苦的大小造成的巨大尺寸，造成了多种多样的throate throate throate throatosatosatosatosatosatosatosatosatosatosatosatosatosatosato throato thro tassoto throoto throat taroate toroto tassoto torsoto torsoto torso tasso torsoats。将后者归因于外来物质，忽略了以下事实，即出于完全不同的原因引入了外来物质，通常仅以少量数量存在。
Embedding theorems, which have a long history in the general theory of relativity, are used in this paper to account for two of the most troubling aspects of Morris-Thorne wormholes, (1) the origin of exotic matter and the amount needed to sustain a wormhole, and (2) the enormous radial tension that is characteristic of wormholes with moderately-sized throats. Attributing the latter to exotic matter ignores the fact that exotic matter was introduced for a completely different reason and is usually present in only small quantities.
