general theory of relativity 中文意思是什麼

general theory of relativity 解釋
廣義相對論
  • general : adj （opp special）1 一般的，綜合的，通用的。2 普通的，廣泛的，通常的。3 全體的，總的；全面的，普...
  • theory : n. 1. 理論，學理，原理。2. 學說，論說 （opp. hypothesis）。3. 推測，揣度。4. 〈口語〉見解，意見。
  • of : OF ＝Old French 古法語。
  • relativity : n. 相關（性）；互相依存；相對性；相對論。 the general [restricted, special] theory of relativity 廣義[狹義]相對論。
  1. Despite several decades of trying, scientists have failed to fit einstein ' s general theory of relativity, which describes how gravity holds big objects together, with the quantum mechanics he pioneered, which describes the tiny fundamental particles of which matter consists and the forces by which they interact

    盡管經歷了數十年的刻苦鉆研，科學家們仍然無法將愛因斯坦的廣義相對論與他所開拓過的量子理論統一在一起? ?這兩個理論前者是描述引力如何將大型天體維系在一起，後者則是描述組成物質的微小基礎粒子以及粒子之間的相互作用力。
  2. A full analysis requires the general theory of relativity.

    全面的分析必須用廣義相對論處理。
  3. Two years later he announced his general theory of relativity.

    二年以後他發表了他的一般相對論。
  4. Reveals the objective necessity of the sole existence of absolute reference system 0 : the effect of clock losing and ruler contracting of any material system in motion with respect to 0 is the objective real physical change ( the real effect ) of this material system in motion, and the physical time and space ( the effect of motion ) is the unity of opposites between the external form of relativity correctly described by the special theory of relativity and the absolute internal essence with the objective sole existence of 0 as the basic marking, points out the errors of the general theory of relativity from the results above and the basic facts of gravitational field, and expounds the gravitational field is a real - time hollow field of motion in essence, and the physical time and space is the unity of opposites between mutually perpendicular images of void and real time and space of 4 dimensions each, understanding the absolute essence of the lorenz effect or not is the demarcation line between new and old views of time and space, and sets forth the theoretical gist of the time and space views of unity of opposites and the internal unity among the macroscopic level and straight time and space, the bent time and space in gravitational field, and the superimposed time and space in guantum state

    揭示了絕對參照系0唯一存在的客觀必然性：任何物系相對於0的「運動鐘慢、尺縮效應」 ，都是該運動物系客觀上具有蹬真正的物理變化（ 「真實效應」 ） ；進而揭示了物理時空（運動效應）是具有狹義相對論所正確描述了的相對性外部形式和以0客觀上唯一存在為基本標志的絕對性內在本質的對立統一運用上述結果和引力場的基本事實，論證了廣義相對論的錯誤；闡明了引力場本質上是一種實時虛空運動場；揭示了物理時空是互為正交映象的虛實各四維時空的對立統一闡明了對洛侖茲效應絕對性本質的認識與否，是新舊時空觀的分水嶺；闡明了對立統一時空觀的理論梗要和宏觀平直時空、引力場彎曲時空與量子態卷迭時空之間的內在統一性
  5. Cape canaveral, florida ( reuters ) - - forty - five years in the making and 24 hours late, nasa launched a $ 700 million satellite into orbit on tuesday to test albert einstein ' s general theory of relativity

    佛羅里達州，卡納維拉爾海角- - - -歷經45年蘊釀，以及推遲24小時后， nasa于周二將一顆耗資70億美元的衛星成功發射進入運行軌道，該衛星將用來驗證愛因斯坦廣義相對論。
  6. Unlike the other revolution in 20th - century physics, einstein ' s general theory of relativity, which emerged from the mind of a single man, quantum mechanics was a group effort

    20世紀物理學的另一場革命? ?愛因斯坦的廣義相對論是個人思想的果實，而量子力學則是集體智慧的結晶。
  7. The idea offers a provocative way of thinking about quantum gravity, which would unify einstein ' s general theory of relativity with quantum mechanics

    這樣的想法，對于嘗試統一愛因斯坦廣義相對論與量子力學的量子重力學來說，無異提出了一個充滿挑?意味的思考方式。
  8. Spinning earth twists space. laser measurements confirm einstein ' s general theory of relativity

    紡球扭擺。激光測量確定愛因斯坦的廣義相對論。
  9. Unfortunately, the general theory of relativity and quantum mechanics, the two brilliant achievements of mankind in the 20th century, stand in sharp contrast to one another, despite one is capable of describing the largest structure of the universe and the other explains the smallest structure of matter

    可是廣義相對論及量子力學這兩門二十世紀人類輝煌的成就，卻水火不容！一個可以描述最大的宇宙結構及一個可以描述最小的物質結構竟互不相容，而且按照它們目前被陳構的模式，決不可能兩者都正確。
  10. A consequence of einstein ' s general theory of relativity ? one of the pillars of modern physics ? says that black holes formed by collapsing objects such as stars are so dense that nothing, not even light, can escape their gravitational pull

    愛因斯坦的廣義相對論作為現代物理的支柱理論之一，能通過其得出的一個結論? ?由恆星之類的巨大物體崩塌而形成的黑洞密度大到任何物體都無法逃脫其重力的吸引，連光都不例外。
  11. Lets take a brief look at the intricate relationship among special and general theory of relativity, quantum mechanics, superstring theory and unified field theory using the two examples of light speed and space - time

    我們可以透過光速和時空兩個例子去簡略看看狹義相對論廣義相對論量子力學超弦理論及統一理論間千絲萬縷的關系。
  12. Soon after einstein published his general theory of relativity in the beginning of 20th century, karl schwarzschild found a mathematical solution of the theory to describe the spacetime structure of such object with spherical symmetry. that was the prelude to the study of black holes

    愛因斯坦在二十世紀初發表了廣義相對論后不久，史瓦西便利用廣義相對論方程求得一個描述球對稱天體附近時空結構的解，為黑洞的研究展開了序幕。
  13. Who modified newton s theory and gave us the general theory of relativity

    他從最根本的地方檢視了牛頓理論，然後提出劃時代的廣義相對論。
  14. But in einstein ' s general theory of relativity, the foundation of modern cosmology, space is dynamic

    不過在近代宇宙學的基礎愛因斯坦的廣義相對論中，空間是動態的。
  15. From 1905 to 1916, einstein worked on the general theory of relativity, a new concept on gravitation

    由1905年至1916年，愛因斯坦集中鉆研廣義相對論有關萬有引力的新概念。
  16. Einstein predicted the distortion of light in this way in 1915, as part of his general theory of relativity

    愛因斯坦於1915年預測到光會以這種方式扭曲，這成為其一般相對論的一部分。
  17. In particular, einstein crafted his theory of gravity, i. e., the general theory of relativity, assuming the equivalence principle is true

    尤其是，愛因斯坦在巧妙構思廣義相對論等重力理論時，他假設等量原理是正確的。
  18. The theory not only reconciles the general theory of relativity and quantum mechanics, but also made them complementary to each other

    超弦理論不單消弭廣義相對論及量子力學的不相容性，而且使這兩大理論互相依存，缺一不可。
  19. Einstein ' s general theory of relativity predicted a slightly different motion from newton ' s theory. the fact that einstein ' s preditions matched what we wase seen

    愛因斯坦的廣義相對論所預測的水星運動同牛頓所作的預測稍有差異。
  20. Viewed in the context of einstein ' s general theory of relativity, hubble ' s law arises because of the uniform expansion of space, which is merely a scaling up of the size of the universe [ see top illustration in box on page 65 ]

    以愛因斯坦的廣義相對論觀之，哈伯定律起因於空間的均勻膨脹，純粹只是宇宙尺寸的膨脹（詳見67頁圖） 。
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