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关于宇宙神秘FRB的五种推测:或来自黑洞坍塌_我的网站

A | New Delhi, Oct 14 (UNI) India has conveyed its opposition to the so called Khalistan referendum to Canada both in New Delhi and Ottawa, Ministry of External Affairs spokesperson Arindam Bagchi said on Friday.
"Our opposition to this so called referendum by anti India elements is well known. It has been conveyed to the Canadian government. We have publicly shared this information earlier," said Bagchi addressing a media briefing here.
"We have taken up with the Canadian High Commission here in Delhi, our concerns about the second phase of this so called referendum in Canada. We will continue to take up these issues both in New Delhi and Ottawa and elsewhere," he added.
The so-called Khalistan referendum is being conducted by proscribed terrorist organization Sikh for Justice on November 6 at Ontario.
India has voiced concerns against the Sikh for Justice outfit that has long been trying to polarise the student community on religious lines by allowing Sikh students to vote apart from promoting terror and violence.
The High Commission in Ottawa has also served a demarche’ on the Executive Director of Global Affairs Canada in Ontario saying that the November 6 referendum in Paul Coffey Arena in Mississauga would be the second unlawful exercise after the proscribed SFJ had organized another such exercise on September 18 at Brampton, Ontario.
UNI ASU SHK1812。北京时间1月14日消息,天文学家收到了许多来自遥远星系的神秘信号。当这些被称为快速射电爆发(FRB)的信号到达地球望远镜时,它们会显示持续数毫秒的明亮爆发,然后消失。

B | 在过去的十年里,天文学家已经检测到数十个快速的无线电脉冲信号,新的信号正在出现,其中包括一个罕见的重复信号。我们不清楚这些信号是什么,它们来自哪里。目前,科学家主要有以下五种猜测。当快旋中子星爆炸并死亡时,它们的最终结果可能是快旋中子星。天文学家相信,强磁场中的中子星可能会产生异常快的无线电波爆发信号。

C | ”加拿大不列颠哥伦比亚大学的天体物理学家IngridStairs说:“像中子星这样的物体确实是很好的信号源。”但是我们不知道这高能无线爆炸是通过什么物理过程产生的,两颗中子星合并两颗中子星相互碰撞是产生快速无线风暴的另一种可能性。

D | 加拿大麦吉尔大学的天文学家Shriharsh Tendulkar说,这是一个主流的假设,但只适用于只检测一次的宇宙信号,因为中子星在碰撞中被摧毁。_强磁场中的中子星(图像)可能会产生奇怪的快速无线电脉冲信号。”这是一个毁灭性的事件,不适合重复的快速无线电爆发,”尖利刺耳的tendulkar说。在过去的十年里,望远镜捕捉到的大多数快速的无线电风暴在一次出现后就消失了。然而,天文学家发现了两个反复出现的神秘信号,需要用其他理论来解释。当一颗快速旋转的中子星坍缩并形成一个黑洞时,闪电被称为“闪电”。快速的无线电风暴可能起源于闪电,但就像中子星合并一样,它们也是恒星毁灭的过程,因此不可能产生重复的信号。

E | 黑洞可能是快速无线电风暴的起源。许多假设都提到了黑洞。人们认为,快速的无线风暴可能来自中子星掉入黑洞,或来自黑洞坍塌,甚至来自暗物质与黑洞的碰撞。虽然许多天文学家认为快速的无线电风暴是完全自然的产物,但一些人推测它们可能是外星生命活动的证据。根据Steels博士的说法,射电望远镜能够探测到来自宇宙的快速射电风暴的可能性非常小。”它们的出现遍布整个天空,在不同的距离,所以它一定与许多不同的星系有关,”她说。

F | 如果许多不同的外星文明决定以同样的方式发送同样的信号,那将是令人惊讶的。似乎不太可能。
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