It has been found out that the vast galaxies in this Universe can actually traverse large areas of space.This completely negates the cosmological notion of galaxies being unable to move on their own and throws things in a new loop.
人们已经发现，宇宙中巨大的星系实际上可以穿越大片的空间。这完全否定了星系不能自行运动的宇宙学观点，并把事情推进了一个新的循环。
It was always theorized that galaxies that are at a distance of a'few'million light-years of each other could affect the other's gravitational field.But,what has been quite shocking is the revelation that galaxies that transcend this distance can also have a deep impact on other galaxies.
人们一直认为，相距几百万光年的星系可能会影响对方的引力场。但是，令人震惊的是，超越这个距离的星系也能对其他星系产生深远的影响。
This discovery has shed further light on the mystifying dark structures that have been presumed to control and connect the vast universe we live in.These structures are said to be composed of hydrogen and other gases,and usually,form a knot,or a loop to connect the galaxies within.Although they had always been considered to be a major catalyst to change and evolution,it is quite surprising to note that they affect movement between galaxies.
这一发现进一步揭示了神秘的黑暗结构，这些黑暗结构被认为控制和连接着我们生活的广阔宇宙。这些结构据说是由氢和其他气体组成的，通常形成一个结或一个环来连接其中的星系。虽然它们一直被认为是变化和进化的主要催化剂，但是令人惊讶的是，它们影响着星系之间的运动。
Also read:Scientists Find Supermassive Black Hole Exploded At The Heart Of The Milky Way 3.5 Million Years Ago
另请阅读:科学家发现350万年前超重黑洞在银河系中心爆炸
Galaxies In Motion
运动中的星系
Why are galaxies always in motion?Especially ones that are enormously distant to one another?These galaxies form large superclusters.Like,the Milky Way is part of the Local Group,which has quite a few galaxies in the Virgo supercluster.
为什么星系总是在运动？特别是那些彼此相距甚远的人？这些星系形成了巨大的超星系团。就像，银河系是本星系群的一部分，而本星系群在室女座超星系团星系中有相当多的星系。
What is shocking here is that galaxies that are not even in the same supercluster or Local Group have been said to be affecting other galaxies.While it was always natural for galaxies within the same supercluster to affect the other's gravitational pull,this was quite a new discovery.This was propagated in The Astrophysical Journal,where a study by Joon Hyeop Lee talked about this.In an mail,Lee spoke of his own bewilderment at having discovered something so strange.
令人震惊的是，甚至不在同一个超星系团或本星系群中的星系据说也在影响其他星系。虽然在同一个超星系团中的星系影响其他星系的引力是很自然的，但这是一个相当新的发现。这一观点在20世纪90年代天文物理期刊得到了广泛传播，在那里，Joon Hyeop Lee 的一项研究谈到了这一点。在一封邮件中，李谈到了他自己对发现如此奇怪的事情的困惑。
They found this out by looking at 445 galaxies around our planet.It was found that most of the galaxies that were moving towards Earth had neighbors doing the same.And,galaxies that weren't moving towards Earth,also had neighbors doing the same.
他们通过观察我们星球周围的445个星系发现了这一点。研究发现，大多数向地球移动的星系邻居也在做同样的事情。而且，那些没有朝着地球移动的星系，也有邻居在做同样的事情。
But this isn't the first time something this massive and surprising took place.5 years back,scientists found very interesting alignmentsbetween supermassive black holes in quasars.What is really mind-boggling here is that quasars are literally billions of light-years away from each other.
但这并不是第一次发生这么大规模的意外事件。5年前，科学家在类星体中发现了超大质量黑洞之间非常有趣的排列。真正令人难以置信的是，类星体之间相距数十亿光年。
This discovery was made when the lead scientist and his team used a Very Large Telescope(VLT)in Chile to focus on the light polarization that the quasars have.They then used this polarization of light to construct the black holes which are located at the center.At the end of it all,they found similarities between the black holes of 19 quasars which were billions of light-years away from each other.
这个发现是由于这位首席科学家和他的团队使用智利的甚大望远镜(VLT)来聚焦类星体所具有的光偏振。然后，他们利用这种光的偏振态来构造位于中心的黑洞。最后，他们发现了19个相距数十亿光年的类星体的黑洞之间的相似之处。
This is quite a guarantee into the field of superstructures supporting the universe and was published in the journal Astronomy&Astrophysics.Hutsemekers,the lead scientist of this paper is of the opinion that such a discovery didn't bode well for the many astronomical and cosmological principles that dictated the very movement of the Universe.
这是支撑宇宙的上层结构领域的一个很好的保证，发表在《天文与天体物理学报志上。这篇论文的首席科学家哈特梅克斯认为，这样的发现对许多天文学和宇宙学原理来说不是个好兆头，这些原理决定了宇宙的运动。
In order to find out more,Hutsemekers believes that more and more of such structures need to be discovered to determine if this was an anomaly or the norm.Although the present doesn't really highlight everything the quasars have to offer,technology is being advanced to a great degree in order to study these phenomena better.He believed that the Square Kilometre Array,a radio telescope will be able to find and analyze these alignments better.
为了找到更多的信息，Hutsemekers 认为需要发现越来越多的这样的结构，以确定这是一个异常现象还是正常现象。虽然目前并没有真正突出类星体所能提供的一切，但是为了更好地研究这些现象，科学技术正在很大程度上得到发展。他相信平方千米阵望远镜，一个射电望远镜，将能够更好地发现和分析这些对齐。
If only quasars were the problem,but no.What messes up with the scientists even more are the dwarf galaxies that coagulate around host galaxies.Although scientists previously believed that this was simply the case with Milky Way,recent discoveries have put Andromeda too in the mix.This is quite a complex case,for thetimeline of the Universe then gets messed up.The dwarf galaxies negate theΛCDM model,which is considered to be a replica of the formation of the Universe,to this day.
如果只有类星体才是问题所在，但事实并非如此。更让科学家们感到困惑的是凝结在宿主星系周围的矮星系。尽管之前科学家们认为这仅仅是银河系的情况，但最近的发现也将仙女座星系置于其中。这是一个相当复杂的情况，因为宇宙年表就会陷入混乱。至今，矮星系否定了 cdm 模型，该模型被认为是宇宙形成的复制品。
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It also was quite problematic because,in 2015,the same event transpired towards Centaurus A,which was 10 million kilometers away from Earth,or the Milky Way.This is when scientists put forth observations all over the net for people to be aware of.
这也是一个很大的问题，因为在2015年，同样的事件发生在距离地球或银河系1000万公里的半人马座 a 上。这时科学家们会在网上发布观察结果，让人们了解。
Another study in 2018 proved that the previous discoveries had all
2018年的另一项研究证明，之前的发现
challenged the seminal cosmological thinking.It was put forward by Oliver Muller of the University of Strasbourg.He proposed that this might be too early thinking for they have simply checked three galaxies.If more were checked,something conclusive would be deciphered.
挑战了开创性的宇宙学思想。它是由斯特拉斯堡大学的 Oliver Muller 提出的。他提出，这可能是太早的想法，因为他们只是检查了三个星系。如果再多检查一下，就能破译出某些确凿的东西。
Also Read:Harvard's Top Astronomer Believes That There Is An Alien Ship Present Among Us
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A 2015 paper by Libeskind proposed that there was a cosmic web that
在2015年的一篇论文中，里伯斯金提出宇宙网络的存在
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was supporting the entire Universe.Also,the movement of the galaxies linked by these superstructures would actually link up well with theΛCDM model was thought of but yet again nothing conclusive was found.
支撑着整个宇宙。此外，这些超级结构所连接的星系的运动实际上与 cdm 模型联系得很好，但是仍然没有发现任何结论性的东西。
Now even more scientists like Marcel Pawlowski are taking up this topic.The theories are now being supported by hard proof and the scientists and astronomers are more excited than ever.The movement of such galaxies would definitely pave for discoveries to be made in the dark web of the Universe.
现在，更多像马塞尔·帕夫洛夫斯基这样的科学家开始关注这个话题。这些理论现在得到了确凿的证据的支持，科学家和天文学家们比以往任何时候都更加兴奋。这样的星系的运动无疑将为在宇宙的暗网中发现新物种铺平道路。
来源：https://truththeory.com/2019/11/16/growing-evidence-suggests-that-the-universe-is-connected-by-giant-structures/?fbclid=IwAR3AaauAUIos602TpIr6LaQcPNAsDb98Wc1i2BzUw2LlSgZQDFQze1hiycc
