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quantum physics

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quantum physics 量子物理學。

量子物理學。 “quantum“ 中文翻譯：   n. (pl. -ta ) 1.量，額；定量，定額；份； ...“physics“ 中文翻譯：   n. 〔通常用作單數〕 1. 物理學。 2.物理過程； ...“analysis of expanded quantum in physics“ 中文翻譯：   物理學中的張量分析“quantum mechanics and modern physics“ 中文翻譯：   量子力學與近代物理“quantum“ 中文翻譯：   n. (pl. -ta ) 1.量，額；定量，定額；份；總量。 2.【物理學】量子。 have one's quantum of 充分嘗到…，充分得到…。 quantum libet 隨意量〔略 quant. lib. 或 q.l., 藥方用語〕；隨意。 quantum meruit 按照勞力價值。 quantum placet ＝quantum libet 〔略 q.p.〕。 quantum sufficit 足量〔略 quant. suff. 或 q.s., 藥方用語〕；充足的份量，盡量。 “physics“ 中文翻譯：   n. 〔通常用作單數〕 1. 物理學。 2.物理過程；物理現象；物理性質；物理成分。 atomic physics 原子物理學。 the physics of flight 飛行的物理過程。 “physics a“ 中文翻譯：   物理學a“architectural physics; building physics“ 中文翻譯：   建筑物理“particle physics and nuclear physics“ 中文翻譯：   粒子物理與原子核物理“soviet physics technical physics“ 中文翻譯：   蘇聯物理學技術物理“soviet physics-technical physics“ 中文翻譯：   蘇聯物理學技術物理“action quantum“ 中文翻譯：   作用量子“elementary quantum“ 中文翻譯：   普朗克常數“energy of a quantum“ 中文翻譯：   量子能量“energy quantum“ 中文翻譯：   能量量子; 能量子“excitation quantum“ 中文翻譯：   激發量子“export quantum“ 中文翻譯：   出口量“field quantum“ 中文翻譯：   場量子“floating quantum“ 中文翻譯：   浮動量“flux quantum“ 中文翻譯：   磁通量子“fluxion quantum“ 中文翻譯：   磁通量量子“gamma quantum“ 中文翻譯：   γ射線-量子; 光量子; 伽馬量子“gravitational quantum“ 中文翻譯：   引力子“import quantum“ 中文翻譯：   進口量“induced quantum“ 中文翻譯：   感應量子

quantum theory

It has raised more attentions in engineer fields , specially in signal analysis , images handles , pattern recognition , phonetic recognition , quantum physics , earthquake reconnaissance , fluid mechanics , electromagnetic field , ct imagery , diagnosis and monitoring of machinery defect , fractal , numerical evaluation et al . it is considered as important breakthrough in methods and tools 它在科學技術界引起了越來越多的關注和重視，在工程應用領域，特別是在信號處理、圖像處理、模式識別、語音識別、量子物理、地震勘測、流體力學、電磁場、 ct成像、機械故障診斷與監控、分形、數值計算等領域，它被認為是近年來在工具及方法上的重大突破。

As a new embranchment of mathematics , wavelet analysis is the most perfect combination of the functional analysis , fourier analysis and numerical analysis . wavelet analysis has been widely used in signal processing , image manipulation , voice analysis , pattern recognition , quanta physics , biomedicine engineering , computer vision , fault diagnosis , some nonlinear fields and so on . in this dissertation , the fault diagnosis techniques based on wavelet analysis were investigated 小波分析是一個新的數學分支，它是泛函分析、傅立葉分析、數值分析的最完美結晶；在應用領域，特別是在信號處理、圖象處理、語音分析、模式識別、量子物理、生物醫學工程、計算機視覺、故障診斷及眾多非線性科學領域都有廣泛的應用。

Wavelet analysis is the most perfect combination of the function al analysis . fourier analysis and numerical analysis wavelet analysis has been widely used in signal processing , image manipulation , voice analysis , pattern recognition , quanta physics , biomedicine engineering , computer vision , fault diagnosis , some nonlinear fields and so on . the dissertation is outlined below 小波分析是一個新的數學分支，它是泛函分析、傅里葉分析、數值分析的最完美結晶；在應用領域，特別是在信號處理、圖象處理、語音分析、模式識別、量子物理、生物醫學工程、計算機視覺、故障診斷及眾多非線性科學領域都有廣泛的應用。

Wavelet transform , which is a new powerful mathematical tool appeared in recent years , is regarded as the crystal work of pure mathematical field and the great breakthrough in signal - picture analysis and quantum physics , and is thought as the new trend of applied mathematics . because of its good time - frequency localization and flexible time - frequency windows , wavelet transform has been widely applied in such as signal study , picture process , quantum mechanics , radar , computer identification , earthquake exploration , so on and so forth 小波分析是近年來出現的嶄新而有力的數學工具，由于其良好的局部化特性和彈性的時-頻窗特點，而被認為是調和分析這以純數學重要領域半個世紀以來工作之結晶，也是信號與圖像分析、量子物理等科學和工程技術近十年來在數學方法上的重大突破，從而被認為是應用數學的新趨勢。

The subject is related and has applications to many different branches of pure and applied science such as operator theory , functional analysis , c “ - algebras , banach algebras , matrix norms , inequalities , numerical analysis , perturbation theory , matrix polynomials , systems theory , quantum physics , etc . in recent years , the quadratic numerical range , one of the most important generalizations of the numerical range , was put forward in the course of people studying the spectral theory of the block operator matrix to the need of the development of some branches mentioned above 對它們的研究涉及到了基礎數學及應用數學許多不同的分支，諸如算子理論，泛函分析， c ~ * -代數， banach代數，矩陣范數，不等式，數值分析，擾動性理論，矩陣多項式，系統論，量子物理等等，并且在這些分支上面得到了廣泛的應用。近年來，為了上述某些數學分支發展的需要，人們在研究分塊算子矩陣譜理論的過程中引入了數值域的一個重要推廣：二次數值域。

On november 6 , 2007 , antony garrett lisi , an american - born theoretical physicist , published the paper called “ an exceptionally simple theory of everything “ , describing a new unified field theory that connects the theories of quantum physics and gravitation using the mathematical shape e8 2007年11月6日，安東尼格瑞特里斯，一個美國出生的物理學家，發表了一篇《萬物異常簡單的理論》的文章，該文章描述了一個新的統一理論，將量子物理學和與引力數學模型聯系起來。

According to the described quantum one - way function , a quantum digital signature scheme whose security is based on fundamental principles of quantum physics is given and that the signature scheme is absolutely secure using one method of key distribution is shown 根據所描述的量子單向函數，本文給出了一種基于量子物理的基本原理基礎之上的安全性的量子數字簽名，同時說明了在使用一種密鑰分配的條件下，它是無條件安全的。

In only four years as a physicist at bell laboratories , schon , 32 , had co - authored 90 scientific papers ? one every 16 days ? detailing new discoveries in superconductivity , lasers , nanotechnology and quantum physics 32歲的舍恩曾是貝爾實驗室的物理學家，在短短4年間，他卻與人合作撰寫了90篇科技論文? ?每16天一篇? ?這些論文詳盡闡述了他在超導、激光、納米技術和量子物理學方面的最新發現。

Being the first application of quantum physics , quantum key distribution ( qkd ) has been developed very fast experimentally in recent years . it would impact thoroughly the existing secure communication , especially in military affairs , e - banking and so on 量子密碼通信在密鑰分發上的實驗已經得到巨大進展，預計很快能投入應用，在軍事、電子銀行保密等方面將有廣泛的應用前景。

The academy in this year ' s selections cited scientists for their work in a practical realm instead of more esoteric branches of physics such as sub - atomic particles and quantum physics like winners in the previous two years 今年瑞典皇家科學院提名在實用領域做出貢獻的科學家，不象前兩年，獲獎者都是在深奧的物理領域如亞原子，量子物理學領域的科學家。

In 1982 , cui qi and two other colleagues discovered fqhe , an unexpected and major discovery in quantum physics . our understanding of the quantum effect of electric current in a magnetic field has been pushed to new frontiers 1982年崔琦和兩合作者發現了fqhe ,這是近年來量子物理學中完全出乎意料的重大發現,將電流在磁場中的量子現象引入了新的領域。

Experimental basis of quantum physics : photoelectric effect , compton scattering , photons , franck - hertz experiment , the bohr atom , electron diffraction , de broglie waves , and wave - particle duality of matter and light 量子物理的實驗基礎：光電效應，康普頓散射，光子，法蘭克-赫茲實驗，波爾原子模型，電子衍射，德布羅意波以及物質與光的波粒二項性。

Department of physics , hunan normal university , changsha , 410081 , china recently , considerable attention has been paid to the application of quantum entropy theory in quantum physics , specially , in quantum optics and quantum information 近年來，量子熵理論在量子物理特別是在量子光學和量子信息學領域中的廣泛應用，受到人們的極大關注。

This piece of real - life science - fiction explains the mind - bending advances of quantum physics that put light at the heart of all matter and which could finally make time travel possible - and change the world as we know it forever 這塊真實科幻解釋心抗彎進展量子物理學，把光明的心所有事，而終于可以作時間旅行可能和改變世界，我們知道它永遠。

Quantum computing turns to its own advantage some of the apparent limitations that quantum physics imposes on the atomic world ? where heisenberg ' s uncertainty principle rules and particles behave in unpredictable ways 在處理一些利用量子力學研究原子時凸現出的瓶頸問題上?海森伯格不確定性原則在預測粒子運動上的矛盾?量子計算技術有著很多優勢。

These ideas , published in a research paper in 1998 , built on the discovery that certain mathematical quantities known as knot invariants were associated with the quantum physics of a two - dimensional surface evolving in time 傅利曼的想法奠基于一項數學發現：某些屬于結不變量的數學量，和二維曲面隨著時間而演變的量子物理有關。

Preparation and characterization of lead sulfide nanowires in an anodic aluminum oxide template ” , the 21st century center of excellence program . nanometer - scale quantum physics , january , 2005 陳蓉萱、陳建仲、郭金國、朝春光，有序硫化鉛奈米線陣列的制備與特性研究， 2005年度材料年會，頁o - 56 ，民94年11月26日。

The 2003 nobel prize in physics was awarded to three physicists who have made decisive contributions concerning two phenomena in quantum physics : superconductivity and superfluidity 2003年度諾貝爾物理學獎授予3位獨立從事超導體研究的科學家，以表彰他們在量子物理學領域對導體和超流體理論上做出的開創性貢獻。

In 1982 , professor cui qi , with two collaborators , achieved a significant breakthrough in the field of quantum physics . in 1998 , he was finally awarded the nobel prize for physics 崔琦教授于1982年和兩位合作者在量子物理學中的重大突破,終于使他獲得了1998年度的諾貝爾物理獎。