wormhole

简明释义

英[ˈwɜːmhəʊl]美[ˈwɜːrmhoʊl]

n. 虫孔；蛀洞

英英释义

单词用法

同义词

反义词

例句

1.Imagine, somehow, he's built a wormhole, a time tunnel that stretches just one minute into the past.

这个家伙决定创造一个悖论，不惜花费他的一生。设想一下，不知道什么时候，他建立了一个虫洞，一个时间隧道，仅一分钟就可以回到过去。

2.This powerful and unconventional Peacekeeper discovered the wormhole information in Crichton's mind.

这个强大的非正统的和平卫士发现了克莱顿意识中的虫洞资料。

3.As soon as the wormhole expands, natural radiation will enter it, and end up in a loop.

当虫洞膨胀，自然射线进入，最终形成一个循环。

4.As some of us knew, or theoretically guessed, a wormhole is not a portal, but actually a drill or disturbance in the river of space and time.

正如我们一些人知道，或者理论猜测那样，虫洞并不是一个门户，而实际上是一个钻孔或者时空长河中的一个扰动。

5.A new realtime-based wormhole routing technique is presented, it can implement synchronous multicasting.

该文提出一种新的实时虫洞寻径技术，它具有高性能、低造价的特点，支持同步多播。

6.Networks using wormhole routing techniques are particularly vulnerable to deadlock.

采用虫孔路由技术，网络中容易发生死锁。

7.The fault - tolerant routing problem in wormhole networks is studied, and a novel rerouting algorithm is presented.

研究了蛀洞网络的容错路由问题，提出了一种新的重新路由算法。

8.According to a mind-bending study released in April, a black hole is actually a tunnel between universes—a type of wormhole.

根据今年四月的一项脑子抽抽（mind-bending）的研究觉得，黑洞是联通两个宇宙间的隧道——类似虫子孔。

9.The feedback will become so strong it destroys the wormhole.

反馈变得很强大而毁坏了虫洞。

10.In science fiction, a wormhole 虫洞 is often depicted as a shortcut through space-time.

在科幻作品中，wormhole 虫洞 通常被描绘为穿越时空的捷径。

11.Researchers are studying the theoretical implications of a wormhole 虫洞 to understand faster-than-light travel.

研究人员正在研究 wormhole 虫洞 的理论意义，以理解超光速旅行。

12.Some scientists believe that if wormholes 虫洞 exist, they could connect distant parts of the universe.

一些科学家认为，如果 wormholes 虫洞 存在，它们可能连接宇宙中遥远的部分。

13.The concept of a wormhole 虫洞 challenges our understanding of physics and the universe.

wormhole 虫洞 的概念挑战了我们对物理学和宇宙的理解。

14.In the movie, the protagonists travel through a wormhole 虫洞 to save humanity.

在电影中，主角们通过 wormhole 虫洞 旅行以拯救人类。

作文

In the realm of theoretical physics, the concept of a wormhole is both fascinating and complex. A wormhole, often referred to as an Einstein-Rosen bridge, is a hypothetical tunnel-like structure that connects two separate points in spacetime. Imagine it as a shortcut through the fabric of the universe, allowing for faster-than-light travel between distant regions of space. This idea challenges our conventional understanding of time and space, opening up a plethora of possibilities for interstellar travel and exploration. The origins of the wormhole theory can be traced back to Albert Einstein's General Theory of Relativity, which describes how massive objects warp the fabric of spacetime. Theoretical physicists have proposed that if such warping could create a tunnel connecting two different locations, it would theoretically allow for instantaneous travel from one point to another. This leads us to ponder the implications of such a phenomenon: could we traverse vast distances in mere moments? Could we even travel back in time? Despite the intriguing nature of wormholes, there are significant challenges and limitations associated with their existence. For one, the stability of a wormhole is a major concern. Most solutions to the equations governing wormholes suggest that they would collapse almost instantaneously unless held open by some form of exotic matter with negative energy density. This exotic matter has yet to be discovered, casting doubt on the practicality of wormholes for travel. Additionally, the potential dangers of traversing a wormhole cannot be overlooked. Theoretical models suggest that traveling through a wormhole might expose travelers to extreme gravitational forces, potentially leading to spaghettification, a process where objects are stretched and torn apart by gravitational gradients. Furthermore, if wormholes exist, there is no guarantee that they are stable or safe to navigate. Despite these challenges, the idea of wormholes continues to capture the imagination of scientists and science fiction enthusiasts alike. In literature and film, wormholes serve as a popular plot device, allowing characters to embark on incredible journeys across the cosmos. Movies like "Interstellar" explore the concept of wormholes in a visually stunning and thought-provoking manner, prompting audiences to consider the vastness of the universe and our place within it. In conclusion, while the existence of wormholes remains purely theoretical, they represent a compelling intersection of science and imagination. The prospect of using wormholes for space travel invites us to think beyond the limits of our current technology and understanding of the universe. As we continue to explore the mysteries of spacetime, the dream of traversing a wormhole may one day shift from the realm of science fiction to reality. Until then, wormholes remain a captivating topic for both scientists and dreamers, inspiring us to reach for the stars and ponder the infinite possibilities that lie beyond our grasp.

在理论物理学的领域中，虫洞的概念既迷人又复杂。虫洞，通常被称为爱因斯坦-罗森桥，是一种假设的隧道状结构，连接时空中的两个不同点。想象它就像是宇宙织物中的一条捷径，允许在遥远的空间区域之间进行超光速旅行。这个想法挑战了我们对时间和空间的传统理解，为星际旅行和探索打开了一系列可能性。 虫洞理论的起源可以追溯到阿尔伯特·爱因斯坦的广义相对论，该理论描述了大质量物体如何扭曲时空的织物。理论物理学家提出，如果这种扭曲能够创造一个连接两个不同位置的隧道，它将理论上允许从一个点瞬间旅行到另一个点。这使我们思考这种现象的影响：我们是否可以在瞬间穿越广阔的距离？我们甚至可以回到过去吗？ 尽管虫洞的概念引人入胜，但与其存在相关的重大挑战和局限性不容忽视。首先，虫洞的稳定性是一个主要问题。大多数关于虫洞的解法建议，除非由一些具有负能量密度的奇异物质保持开放，否则它们几乎会瞬间坍缩。这种奇异物质尚未被发现，这让虫洞的旅行实用性受到质疑。 此外，穿越虫洞的潜在危险也不能被忽视。理论模型表明，穿越虫洞可能会使旅行者暴露于极端的引力作用下，可能导致“意大利面化”——一种物体因引力梯度而被拉伸和撕裂的过程。此外，如果虫洞存在，也无法保证它们是稳定或安全的。 尽管面临这些挑战，虫洞的想法仍然吸引着科学家和科幻爱好者的想象。在文学和电影中，虫洞作为一种流行的情节装置，允许角色在宇宙中展开令人难以置信的旅程。电影《星际穿越》以视觉震撼和发人深省的方式探讨了虫洞的概念，促使观众思考宇宙的广袤及我们在其中的位置。 总之，尽管虫洞的存在仍然纯粹理论化，但它们代表了科学与想象力的迷人交汇点。利用虫洞进行太空旅行的前景邀请我们超越当前技术和对宇宙理解的局限。当我们继续探索时空的奥秘时，穿越虫洞的梦想有朝一日可能会从科幻的领域转向现实。在那之前，虫洞仍然是科学家和梦想者们迷人的话题，激励我们追寻星星，思考超出我们掌控范围的无限可能。