Examples of using 早期宇宙 in Chinese and their translations into English
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研究人员补充说，这些事件可能在早期宇宙中更为常见，因此调查它们可能有助于科学家了解新生宇宙。
Such events may have been more common in the early universe, so investigating them may help scientists understand the newborn cosmos, the researchers added.早期宇宙肯定是不服从T对称的：当时间往前走时，宇宙膨胀；如果它往后退，则宇宙收缩。
Certainly the early universe does not obey the symmetry T: as time runs forward the 我们的观测很重要，因为这种行为很可能在早期宇宙中极为频繁地发生，改变了星系的演化。
Our observation is important because this behaviorwould likely happen very often in the early universe, altering the evolution of galaxies.根据某些理论模型，它们在早期宇宙里可能更常见--当时，星系更难形成恒星。
According to some theoretical models theymay have been more common in the early Universe, when galaxies might have had more difficulty forming stars.这个发现是使用自然变焦镜头在早期宇宙中揭示遥远星系的程序的最新发现。
This find is the latest discovery from a program that uses naturalzoom lenses to reveal distant galaxies in the early universe.Combinations with other parts of speech
暗物质，黑暗能量和早期宇宙的本质的难题需要宇宙学和粒子物理学的合资企业。
The puzzles of dark matter, dark energy and the nature of the early universe demand a joint venture between cosmology and particle physics.这幅图像编码了大量关于早期宇宙的信息，包括它的组成、年龄和历史。
This image encodes a huge amount of information about the early Universe, including its composition, age, and history.早期宇宙不能是完全均匀一致的，因为否则的话就会违反量子力学的不确定性原理。
The early universe could not have been exactly homogeneous and uniform, because that would violate the Uncertainty Principle of quantum mechanics.ALMA的目的是研究恒星形成、分子云和早期宇宙，以此迫近其主要目标：发现我们的宇宙起源。
The purpose of ALMA is to study star formation,molecular clouds and the early Universe, closing in on its main objective: discovering our cosmic origins.今天我们知道有几个途径可以产生尘埃，但在早期宇宙中，绝大部分都来自超新星爆发。
Today we know dust can be created in several ways, but in the early Universe most of it must have come from supernovas.特别是，引力波可能是宇宙学家感兴趣的，因为它们提供了观察早期宇宙的可能方法。
In particular, gravitational waves could be of interest to cosmologists as theyoffer a possible way of observing the very early Universe.地面观测无法确定哪几个相互竞争的理论能最好地描述星系在早期宇宙中的形成和演化。
Ground-based observations were not able to establish which of several competing theories best described how galaxies formed andevolved in the early universe.物理学家希望这种高能碰撞可能会产生全新的粒子，并可能模拟早期宇宙中所见的情况。
Physicists hope that such high-energy collisions may produce completely new particles,and potentially simulate the conditions that were seen in the early universe.您还将学习另外四门课程，扩展您对现代天体物理学最令人兴奋的领域的知识，如系外行星和早期宇宙。
You will also take four more courses broadening your knowledge of the most excitingareas of modern astrophysics such as exoplanets and the early universe.它扩展了物理空间和时间规律，恒星，星系和早期宇宙的形成和结构。
It extends the laws of physics to space and time, to the formation and structure of stars,galaxies and the early universe.根据粒子物理学的标准模型理论，物质和反物质本应在早期宇宙中完全湮灭，只留下光子。
Based on the Standard Model of particle physics,matter and antimatter should have been completely annihilated in the early universe, leaving only photons left over.这项新研究是探索早期宇宙中巨大而死亡的星系形成过程的一个突破。
天文学家第一次发现了早期宇宙中出现的恒星的信号。
For 哈勃太空望远镜发现了早期宇宙中最明亮的类星体，它的亮度约为600万亿太阳。
这些声波来自早期宇宙中的重力，压力和温度的相互作用。
These sound waves result from 早期宇宙中新形成的恒星输入气体的电离能量要高得多。
这个天体对于了解早期宇宙中这种巨型结构的形成与演化有着重要的意义。
This object has important implications for understanding how such megastructures formed andevolved early in the universe.科学家们已经发现了来自早期宇宙的罕见遗迹：最为人所知的超大质量黑洞。
CA- Scientists have uncovered a rare relic from the early universe: 把我们的宇宙解释为早期宇宙的产物听起来确实是很吸引--但是那个早期宇宙又是怎样来的呢？?
Explaining our 天文学家认为早期宇宙密度起伏不大，因为在宇宙背景辐射中只观测到非常微小的不规则成分。
Astronomers know that 来自早期宇宙的这些无数的微弱星系随着时间的推移融入了我们现在可以观察到的更大的星系。
These myriad small faint galaxies from the early universe merged over time into 由于宇宙的膨胀，早期宇宙发出的光在到达地球时比开始时更红。
Due to 
