Earth and our entire 乳の Way 星雲 may sit inside a mysterious 巨大（な） HOLE, scientists say
One of science's most challenging puzzles comes from the fact that the universe is 現在／一般に 拡大するing faster than it was 権利 after the Big Bang.
But scientists now （人命などを）奪う，主張する they have 設立する a surprising 解答 to this １０年間s-old problem.
The Earth, the solar system, and the entire 乳の Way are positioned 近づく the centre of a 巨大（な）, mysterious 穴を開ける, they say.?
Since the cosmos is 拡大するing faster in this 地元の 無効の than どこかよそで in the universe, it creates the illusion that 拡大 is 加速するing.
This 過激な 解答 could help solve the problem scientists call the 'Hubble 緊張', but it is not without its problems.
Most importantly, our 基準 見解（をとる） of the universe 示唆するs that 事柄 should be 分配するd 公正に／かなり 平等に in space without any 大規模な 穴を開けるs.
However, new 研究 株d at the 王室の 天文学の Society’s 国家の Astronomy 会合 （人命などを）奪う，主張するs that the 'sound of the Big Bang' supports this theory.
によれば these new 観察s, it is 100 million times more likely that we are in a 無効の than not.
The Earth, solar system, and 乳の Way may be 立ち往生させるd inside an enormous, mysterious 穴を開ける (AI-生成するd impression)
One of science's big problems is the fact that the 率 of 拡大 in the 現在の universe is about 10 per cent faster than it was in the 早期に universe. Scientists call this problem the 'Hubble 緊張'?
The Hubble 緊張 arises out of something called the Hubble constant, which 記録，記録的な／記録するs the 率 at which the universe is 拡大するing outwards.
We 手段 this by looking at 反対するs like 星雲s and working out how far away they are and how 急速な／放蕩な they are moving away.
The problem comes when we look 支援する into the 早期に universe by 手段ing light from 極端に distant 反対するs.
Based on our best theories of the universe, these 早期に 観察s give a 全く different value for the Hubble constant than 現在の 測定s.
Dr Indranil Banik, an 天文学者 from the University of Portsmouth, told MailOnline: 'In particular, the 拡大 率 today is about 10 per cent faster than 推定する／予想するd.
'The 現在の 拡大 率 is the most basic parameter of any cosmological model, so this is indeed a serious 問題／発行する.
'Imagine if two different 測定s of the length of your living room 異なるd by 10 per cent, but both 支配者s were made by reliable companies. It is like that, but for the whole Universe.'
Dr Banik's novel 解答 to this 問題／発行する is to 示唆する that it is just the things 近づく Earth that are 加速するing faster, rather than the whole universe.
One 解答 to the Hubble 緊張 is to assume Earth is in a 無効の about one billion light years across and 20 per cent いっそう少なく dense than the universe 捕まらないで. 事柄 would be drawn to the 辛勝する／優位s by gravity, making it seem like the cosmos was 拡大するing faster 近づく Earth?
This could be because the 乳の Way is 近づく the centre of a low-濃度／密度 無効の about a billion light-years across and about 20 per cent いっそう少なく dense than the universe as a whole.
If there were a large 地域 with very little 事柄 inside, 反対するs in this 穴を開ける would be pulled by gravity に向かって the denser 地域s at the 辛勝する／優位s.
As the 無効の empties out, 反対するs will be moving faster away from Earth than they さもなければ would be, creating the illusion that the 拡大 of the universe has sped up.
If this could be proven, it would 解決する the Hubble 緊張 without having to 追加する any extra factors like Dark Energy to explain why the universe is 加速するing.
The only 問題／発行する is that the 基準 model of the universe typically 示唆するs that 事柄 should be 公正に／かなり 平等に spread out on such a large 規模.
However, Dr Banik says that the 最新の 観察s of the 'sound of the Bing 捕らえる、獲得する' support this idea.
In the first few seconds of the Big Bang, all the 事柄 in the universe was in the form of a 最高の-hot plasma made up of photons and 粒子s called baryons.
As this plasma was squeezed by gravity, it bounced 支援する out, sending acoustic 'sound' waves rippling through the cosmos.
Scientists say that this theory is supported by the 'sound of the Big Bang', ripples in 事柄 left behind by the 初期の 爆発 and still 明白な in the ぐずぐず残る 放射（能）?
These small ripples spread out in the first few seconds of the Big Bang and were frozen in space, creating patterns in the 配当 of 星雲s. 測定s of these patterns 示唆する we may be in a 無効の?
When the universe 冷静な／正味のd, those waves were frozen in place and left a 正規の／正選手 pattern of 頂点（に達する）s and 気圧の谷s in the 配当 of 星雲s known as baryon acoustic oscillations (BAO).
In a large 地元の 無効の where space is 拡大するing quickly, those ripples will appear to be closer than they should be.
Dr Banik says the 最新の 測定s of the BAO line up better with the 存在 of a 無効の than they do with a smooth universe.
He says: 'Looking at all the BAO 測定s over the last twenty years, the 地元の 無効の model is about one hundred million times more likely than having no 無効の.'
THE BIG BANG THEORY DESCRIBES THE BEGINNING AND EVOLUTION OF THE UNIVERSE
The Big Bang Theory is a cosmological model, a theory used to 述べる the beginning and the 進化 of our universe.
It says that the universe was in a very hot and dense 明言する／公表する before it started to 拡大する 13,7 billion years ago.
This theory is based on 根底となる 観察s.
In 1920, Hubble 観察するd that the distance between 星雲s was 増加するing everywhere in the universe.?
The Big Bang Theory is a cosmological model, a theory used to 述べる the beginning and the 進化 of our universe, based on 観察s - 含むing the cosmic background 放射（能） (pictured), which is a like a 化石 of 放射（能） emitted during the beginning of the universe, when it was hot and dense
This means that 星雲s had to be closer to each other in the past.
In 1964, Wilson and Penzias discovered the cosmic background 放射（能）, which is a like a 化石 of 放射（能） emitted during the beginning of the universe, when it was hot and dense.?
The cosmic background 放射（能） is observable everywhere in the universe.
The composition of the universe - that is, the the number of 原子s of different elements -? is 一貫した with the Big Bang Theory.?
So far, this theory is the only one that can explain why we 観察する an 豊富 of primordial elements in the universe.
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