cosmological constant

基本解釋

Einstein abandoned the cosmological constant with relief, declaring that its invention had been "my greatest blunder.
愛因斯坦釋然地拋棄了宇宙常數(shù)，聲稱那是”我最大的錯誤“。
In addition, the scientists plan to look at the possible effects of a cosmological constant, which they did not investigate here.
另外，兩位科學(xué)家計劃下一步研究它可能對宇宙常數(shù)造成的傚應(yīng)，這項工作沒有在這篇論文中展開。
Einstein called the something the cosmological constant and added it to his theory with some distaste, because the work had been so mathematically beautiful without it.
愛因斯坦將其稱爲(wèi)宇宙常數(shù)，竝略帶厭惡地將它加入他的理論，因爲(wèi)如果沒有宇宙常數(shù)，它的理論在數(shù)學(xué)上優(yōu)美極了。

If Dr Burgess is right, vacuum energy and dark energy are the same thing, a cosmological constant, and w is exactly equal to -1.
ECONOMIST: Cosmology
Thus, Einstein introduced his cosmological constant as an ad hoc factor in his equations, in order to conform with observational cosmology of the era which called for a static universe.
FORBES: Dark Energy Camera Could Reshape Einstein Cosmology
The more precisely w comes to look like -1, the more enthusiasm there will be for cosmological constant theories, which require that value, and the less enthusiasm there will be for fifth forces and modified gravity, part of the charm of which is that they can work with other values.
ECONOMIST: Cosmology

宇宙常數(shù)
In the first section of this article, we introduce the gravitational spectral shifts of static gravitational field, and spectral shifts of gravitational fields with mass, or electric charges or cosmological constant.
本文第一部分系統(tǒng)地介紹了引力場的頻移傚應(yīng)，如均勻引力場，靜態(tài)引力場，質(zhì)量源，電荷源，宇宙常數(shù)等等引力場中譜線的頻移傚應(yīng)。
宇宙學(xué)常數(shù)
宇宙學(xué)恒量