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有關(guān)宇宙的英語閱讀
關(guān)于宇宙，大家都有無限的想象，下面小編收集了一些有關(guān)宇宙的英語閱讀文章，一起來欣賞一下吧!
【宇宙中可能存在其他“地球”】
The Kepler orbiting observatory was launched with a simple mission - to find other Earths. NASA describes it as 'a search for habitable planets.'
隨著一項(xiàng)簡單的任務(wù)，尋找其他“地球”，開普勒軌道天文臺(tái)啟動(dòng)。美國宇航局將其描述為“一次對(duì)可居住的星球的搜尋”。
And analysis of its first 136 days of data has already begun - with scientists combing through scans of 150,000 stars, and evidence of 1,235 potential planets.
通過掃描瀏覽150,000顆恒星，科學(xué)家們已經(jīng)開始分析梳理頭136天的數(shù)據(jù)，結(jié)果表明有1,235顆可能的行星。
Such information is fascinating in itself - but it also allows scientists to work out projections using statistical analysis.
這類消息本身很吸引人的`，但同時(shí)也需要科學(xué)家們運(yùn)用數(shù)據(jù)分析得出推測。
One analysis has predicted that one-third of 'sun-like' stars - stars with the classification F, G or K - will have planets similar to Earth.
一項(xiàng)分析推測，三分之一的類太陽恒星，即F, G 或 K類恒星，將會(huì)有類似地球的行星存在。
Traub says, “About one-third of FGK stars are predicted to have at least one terrestrial, habitable-zone planet.”
Traub說：“根據(jù)預(yù)測，大約三分之一的F, G 或 K類類恒星會(huì)至少有一個(gè)行星類似地球，擁有可居住區(qū)域。”
Traub used statistical analysis to 'predict' planets that had not been detected by Kepler, and whether they would be within the 'habitable zone'. Traub's analysis hints that there may be even more potential 'Earths' orbiting them than previously thought - and that this 'principle' would extend to stars not yet scanned by Kepler.
Traub運(yùn)用數(shù)據(jù)分析推測出尚未被開普勒軌道天文臺(tái)偵察到的行星，同時(shí)推測出是否有可居住區(qū)域。這項(xiàng)分析暗示，或許有比從前預(yù)想的更多的潛在“地球”在進(jìn)行著軌道運(yùn)動(dòng)，這一原則將會(huì)拓展到還沒被開普勒軌道天文臺(tái)掃描到的地區(qū)。
Some commenters felt that Traub's 'habitable zones' were too generous, it included planets shrouded in icy clouds of carbon dioxide.
一些批評(píng)家們覺得，Traub的“可居住區(qū)”太過籠統(tǒng)，還包括了被結(jié)冰的二氧化碳云層籠罩的行星。
The $600 million Kepler spacecraft, which launched in March 2009, is staring continuously at a patch of sky containing about 150,000 stars in the Cygnus constellation.
2009年3月，花費(fèi)6億美元的開普勒宇宙飛船發(fā)射，一直不斷的探測著包含著150,000顆恒星的天鵝座。
The high-tech equipment analyses each stars' light every 30 minutes, watching for telltale dips in brightness which may indicate a planet is crossing its path.
高科技設(shè)備分析了每一顆恒星每30分鐘的光，等待他們沐浴在光亮下的跡象，這意味著一刻行星正在通過它的路徑。
Sophisticated sifting software is used to send the data to earth-bound scientists, who scour the results. As Kepler continues to scan, data - and analyses such as Traub's paper - will continue to become more accurate.
復(fù)雜精致的篩選軟件被用于給地球上的科學(xué)家發(fā)送數(shù)據(jù)，他們負(fù)責(zé)弄清楚結(jié)果。隨著開普勒軌道天文臺(tái)的繼續(xù)掃描，數(shù)據(jù)與分析(例如Traub文件)將會(huì)繼續(xù)變得更加準(zhǔn)確。
【黑洞中可能存在超越人類的文明】
Despite being considered the most destructive force in space and absolutely uninhabitable, the conditions for life exist inside supermassive black holes, a Russian cosmologist has theorised. Vyacheslav Dokuchaev has even suggested that if life did exist inside the SBH, it would have evolved to become the most advanced civilisation in the galaxy.
盡管超大質(zhì)量黑洞被認(rèn)為最具破壞力并且絕對(duì)無法居住，然而俄羅斯的一名宇宙學(xué)家理論上認(rèn)為，黑洞中有生命存在的條件。Vyacheslav Dokuchaev甚至曾暗示說，如果黑洞中真的有生命存在，他們已經(jīng)進(jìn)化成銀河中最先進(jìn)的文明。
Supermassive black holes are such powerful gravitational forces that they suck in everything around them, including light, and nothing that crosses the black hole's 'event horizon(at the lip of the black hole)' is ever seen again.
超大質(zhì)量黑洞引力非常強(qiáng)大，會(huì)將它周圍的一切都吸進(jìn)去，任何穿過黑洞視界(即黑洞的邊緣)的東西都將永無再現(xiàn)之日，包括光。
But now Dokuchaev, of Moscow's Institute for Nuclear Research of the Russian Academy of Sciences, says existing evidence combined with new research throws up intriguing possibilities for certain types of black holes.
但是現(xiàn)在，莫斯科核研究所俄羅斯科學(xué)院的`Dokuchaev說，現(xiàn)有證據(jù)結(jié)合最新的研究引出了對(duì)特定類型黑洞來說非常有趣的可能性。
Inside a charged, rotating black hole there are regions where photons can survive in stable periodic orbits. Dokuchaev specialises in studying those orbits and their dynamics.
帶電荷的、旋轉(zhuǎn)的黑洞中，光子能夠在一些區(qū)域內(nèi)幸存，并且進(jìn)行穩(wěn)定的、周期性軌道運(yùn)行。
He speculates, in a paper published in Cornell University's online journal arXiv, that if there are stable orbits for photons, there is no reason why there could not be stable orbits for larger objects, such as planets.
Dokuchaev在發(fā)表在美國康奈爾大學(xué)網(wǎng)絡(luò)期刊arXiv的一篇論文中推測說，如果光子在黑洞中有穩(wěn)定軌道，比如行星等大的物體在黑洞中沒有穩(wěn)定軌道是非常沒有理由的。
The problem is that these stable orbits would only exist once you have crossed the threshold of the event horizon, where time and space flow into one another.
問題是，只有曾穿過黑洞視界的臨界才會(huì)存在穩(wěn)定軌道，那里時(shí)間與空間會(huì)流入其他地方。
However, beyond the event horizon is another domain, known as the Cauchy horizon, where time and space return to stable states. It is inside the Cauchy horizon that life could exist, Dokuchaev argues in the paper published in arXiv, and the type of life that could exist in those conditions - where they would be subject to massive fluctuating tidal forces - would have evolved beyond ours.
然而，黑洞視界的另一邊是一片被稱作柯西視界的領(lǐng)域，那里的時(shí)空會(huì)恢復(fù)到穩(wěn)定狀態(tài)。Dokuchaev在發(fā)表在arXiv的論文中主張，柯西視界中有生命存在的可能, 而且在那種條件下存活的生命很可能進(jìn)化的比人類還好，他們可能受支配與巨大的、波動(dòng)的潮汐力。
Though that is a spine-tingling thought, Dokuchaev's proposition can only ever remain theoretical. Because nothing can ever escape from a black hole due to its enormous gravitational pull, we will never know if it is true.
雖然這是一個(gè)令人興奮的想法，可是Dokuchaev的這項(xiàng)議題很可能永遠(yuǎn)只停留在理論層面。因?yàn)槿魏问挛锒紵o法逃離黑洞的巨大引力，我們永遠(yuǎn)也無法知道Dokuchaev的議題是不是真的。
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