quantum relativity 中文意思是什麼

quantum relativity 解釋
量子相對論
  • quantum : n. （pl. -ta ）1. 量，額；定量，定額；份；總量。2. 【物理學】量子。
  • 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. To avoid spoiling the successful predictions of quantum theory and general relativity, the exotica contained in the full theory would remain hidden from experiment except in the extraordinary circumstances where both quantum theory and general relativity are expected to have large effects

    但為了避免違背量子理論與廣義相對論的成功預言，整體理論中所包含的外來添加物，在一般實驗的環境下必須隱而不顯，除非是在量子理論和廣義相對論都可望有很大效應的特別環境之下，才會現身。
  2. 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。
  3. The rule of fluctuation of energy and pressure about canonical assemblages relativity quantum perfect gas under high temperature is given through strict theoretical inference and comparison with the theory on non - relativity

    通過嚴格的理論推導，給出了正則系綜高溫條件下相對論量子理想氣體的能量和壓強的漲落規律，並與非相對論漲落進行了比較
  4. Pythagoreanism in the relativity theory and the quantum theory

    相對論和量子論中的畢達哥拉斯主義傾向
  5. Much as relativity subsumed newtonian physics, a quantum theory of gravity will ultimately subsume relativity

    就如同相對論將牛頓物理學給納入一般，終究也可能會有個量子理論，將相對論給收編進來。
  6. Quantum mechanics and relativity have revealed the boundaries of validity of classical mechanics.

    量子力學和相對論，揭示了經典力學的適用范圍。
  7. A centry ago, einstein published seccesively 5 theses on respectively quantum theory, special theory of relativity, brownian movement, etc, creating miracle in the field of pgysics and gave physics a brand new look

    一百年前， 26歲的愛因斯坦相繼發表了有關量子理論、狹義相對論和布朗運動等5篇論文，創造了物理學的奇跡，從根本上刷新了物理學的面貌。
  8. The relativity of classical mechanics and relativistic quantum mechanics

    經典力學的相對論化與相對論量子力學
  9. Are used in above deduction. therefore it is necessary for us to review the basic concepts of quantum mechanics and relativity from the deflection notion of analytical space - time so as to get a profound math expression - space - time wave function stwf to link relativity up to quantum mechanics. assuming that one plane cosine wave travels along

    因此，我們有必要從解析時空理論的時空偏轉原理出發，對量子理論和相對論的基礎概念重新認識，進而得到更廣泛更深刻並將量子理論和相對論連系在一個方程下的新的數學表達式-時空波函數。
  10. 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。
  11. However applied modeling of the mineral processing plant is a complicate and very difficult work, because the relativity of production data, complexity of the non - linear modeling and the absence of technical parameter quantum data of mineral processing plant, which should be used as independent variable of network and so on

    然而，由於生產數據的相關性、非線性建模本身的復雜性和應該作為網路自變量的選廠工藝參數量化數據的缺乏等，建立實用的選廠數學模型，是一項復雜和難度較大的工作。
  12. We believe that all explanations of the world will converge upon simpler and simpler principles and that the laws that govern the behaviors of cosmos are already connotative in the theories such as relativity, quantum mechanics, natural selection, etc. we will find that tast is related to matter energy, origin and evolution of cosmos, order of masterdom over lives, mechanism of mind or consciousness as well as to the old, primal and essential questions in philosophy, i. e. subjective objective, mind matter and consciousness existence

    要完成第三時空向第四時空的跨越，我們必須具備堅實的理論基礎。解析時空理論以最簡單的數學方式描繪了從第一時空到第四時空的全景圖，它使我們從整體上了解時空體系存在的客觀性作了充分的理論準備並提供了必要的理論工具。我們會發現黑洞導致測量作用產生波粒二象性和其他量子現象。
  13. He or she doesn ' t have to be able to do the math, but i want a president who knows that the great theories underpinning our understanding of the universe - - general relativity and quantum mechanics - - have stood for nearly a century and proved stunningly accurate, even though they describe a world that is more shimmer than substance

    他（她）不一定要能解數學難題，但我要我們的總統知道，支撐我們了解宇宙架構的偉大理論，包括廣義相對論和量子力學，已成立近一世紀，而且證明正確無誤，雖然他們所形容的世界比較浮光掠影而非實體。
  14. Special relativity and quantum mechanics were two major theories that appeared subsequently.

    狹義相對論和量子力學是相繼出現的兩個主要理論。
  15. 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。
  16. Even today, despite long, concentrated efforts, theorists have not made quantum physics compatible with general relativity

    直到今天，盡管努力不懈，理論學家仍未能讓量子論與廣義相對論彼此相容。
  17. After all, it took many years for the quantum idea, as put forth by max planck, einstein and niels bohr, to be encapsulated into the schr ? dinger equation, and more time still to be made compatible with special relativity

    畢竟，普朗克、愛因斯坦、波耳提出的量子論也要隔好多年才有辦法納入薛丁格方程式，又隔了好一陣子才能與狹義相對論相容。
  18. However it can not be regarded as a strict theoretical deduction because some basic concepts of quantum mechanics and relativity such as

    方程是解析時空理論的推論，但這還不能算作是嚴格意義的理論推導，因上面推導過程中用到了量子理論和相對論的幾個基礎概念：
  19. In 6. 635, topics covered include : special relativity, electrodynamics of moving media, waves in dispersive media, microstrip integrated circuits, quantum optics, remote sensing, radiative transfer theory, scattering by rough surfaces, effective permittivities, random media, green ' s functions for planarly layered media, integral equations in electromagnetics, method of moments, time domain method of moments, em waves in periodic structures : photonic crystals and negative refraction

    本課程所覆蓋的論題包括：狹義相對論、運動媒質的電動力學、色散媒質中的波、微帶集成電路、量子光學、遙感、輻射傳輸理論、粗糙表面上的散射、有效介電系數、隨機媒質、平面層狀媒質的格林函數、電磁學中的積分方程、矩量法、時域矩量法、周期結構中的電磁波：光子晶體和負折射率。
  20. Chapter 4 provides external perspective on the sciences of complexity. we compare them with postmodern sciences, and argue that the unity of science is not possible in the form of the sciences of complexity. many of the most profound achievements of the 20th century science - the theory of relativity, quantum mechanics, godel ' s theorem, chaos theory - prescribe the limits of knowledge

    第四章對復雜性科學進行了外部透視，首先把復雜性科學與后現代科學進行比較，二者在反對還原論方面結成了同盟軍；其次，經過論證指出復雜性科學不能統一科學，它只能是科學大家庭中的一員；最後，揭示了科學知識、特別是復雜性科學知識的限度。
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