x
uploads/quantum electronics.jpg

quantum electronics 量子電子學。

quantum equivalence

The interaction between atoms and photons has been investigated comprehensively by cavity quantum electronics - dynamic ( cavity qed ) in the last decades . with the manipulation of atoms developed by laser cooling and trapping and improvement of high finesses cavity with ultra - low losses , the interaction between atoms and photons has reached what is called strong - coupling range in optical domain 從上世紀90年代發展起來的腔量子電動力學( cqed )從根本上揭示了光與原子的相互作用,光頻段腔qed對認識原子與光場的作用至關重要:隨著冷原子技術與高品質光學腔的發展,原子與光子的相互作用達到強耦合。

Afterl95os , due to the development of quantum electronics , a new embranchment appeared , which is laser physics , it ? also called the physics of quantum transitions because of the emanation of electronic technology . the symbol of laser physics is the noble physics prize in 1964 . the naissance of laser physics is the landmark in the cognition of naturalness 20世紀中葉以后由于量子電子學的發展而出現了一個新的分支,以研究激光物理機制,探索新型激光器,已形成了專門的學科,即激光物理,或因激光發源于電子技術而稱為量子躍遷物理學,它是以1964年的諾貝爾物理學獎為標志的。

As a professor at the university of southern california in the late 1960s and early 1970s , marburger did research in theoretical physics on the study of quantum electronics and nonlinear optics and co - founded the university ' s center for laser studies 1960年代末至70年代初,馬伯格在美國南加州大學擔任教授,他的研究領域是理論物理學中的量子電子學和非線性光學,也是該大學雷射研究中心的共同創建人。

In 1966 , he resigned from the position of provost at mit to return to more intensive research , particularly in the fields of quantum electronics and astronomy 一九六六年,湯斯教授為專注于量子電子學及天文學方面的研究,辭去麻省理工學院副校長一職。

“ for fundamental work in the field of quantum electronics , which has led to the construction of oscillators and amplifiers based on the maser - laser principle 在量子電子學領域的基礎研究成果,為微波激射器激光器的發明奠定理論基礎

Chinese journal of quantum electronics 量子電子學報