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量子原子光学的
相关语句
  quantum atom optics
     What is meant by quantum atom optics,and recent experimental progress are introduced in some detail,covering the major advances in BEC experiments,the preparation of atom quantum states,the generation of atom lasers,quantum coherence in BEC and atom lasers,the quantum degeneracy of Fermi atoms,and so on.
     文章重点介绍了量子原子光学的研究内容、实验结果及其最新进展,主要包括BEC实验研究的重大进展、原子量子态的实验制备、原子激光的产生及其最新进展、BEC凝聚体或原子激光的相干性和费米原子气体的量子简并等.
短句来源
  相似匹配句对
     Quantum Measurement of Atom Momentum
     原子动量的量子测量
短句来源
     Quantum Effects in Nonlinear Optics
     非线性光学的量子效应
短句来源
     Atomic physics of quantum frequency standards
     量子频标中的原子物理
短句来源
     It is one of the important contents for the quantum optics to study of the dynamics and non-classical properties of the atom interacting with the field.
     研究原子与光场相互作用的动力学及其非经典效应是量子光学的重要内容。
短句来源
     A Quantity Optics Based Illumination Model for Infrared Image Synthesis
     基于量子光学的红外成像光照模型
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About 20 years ago, we studied physics to obtain cold atoms. But now ultra cold atoms have become a research laboratory for new physics. Ultra low temperature physics, ultra low density condensed matter physics, ultra low energy collision physics, nonlinear and quantum atoms optics, quantum information processing, precise spectroscopy and quantum frequency standards, all converge at the cold atoms. This article reviews the progress in the above fields, analyses the development trend in and out of the CAS, and...

About 20 years ago, we studied physics to obtain cold atoms. But now ultra cold atoms have become a research laboratory for new physics. Ultra low temperature physics, ultra low density condensed matter physics, ultra low energy collision physics, nonlinear and quantum atoms optics, quantum information processing, precise spectroscopy and quantum frequency standards, all converge at the cold atoms. This article reviews the progress in the above fields, analyses the development trend in and out of the CAS, and suggests proposals to conduct related researches inside the CAS.

20年前,人们通过物理实验方法获得了冷原子,今天超冷原子成为了多学科交叉的物理实验室,超低温物理、超低密度凝聚态物理、超低能碰撞物理、非线性与量子原子光学、量子信息处理、精密谱与量子频率标准等研究汇聚于此。文章介绍了相关研究进展、分析了院内外发展趋势并提出了发展建议。

In recent years the fast development of theoretical and experimental research on Bose-Einstein Condensation(BEC) and its quantum optics properties has made a series of breakthroughs,and a new branch of atom optics,"quantum atom optics",has been created.What is meant by quantum atom optics,and recent experimental progress are introduced in some detail,covering the major advances in BEC experiments,the preparation of atom quantum states,the generation of atom lasers,quantum coherence in BEC and atom lasers,the...

In recent years the fast development of theoretical and experimental research on Bose-Einstein Condensation(BEC) and its quantum optics properties has made a series of breakthroughs,and a new branch of atom optics,"quantum atom optics",has been created.What is meant by quantum atom optics,and recent experimental progress are introduced in some detail,covering the major advances in BEC experiments,the preparation of atom quantum states,the generation of atom lasers,quantum coherence in BEC and atom lasers,the quantum degeneracy of Fermi atoms,and so on.

近年来,有关玻色-爱因斯坦凝聚(BEC)及其量子光学性质的理论与实验研究得到了飞速发展,并取得了一系列重大进展,从而形成了一门原子光学的新分支学科———“量子原子光学”.文章重点介绍了量子原子光学的研究内容、实验结果及其最新进展,主要包括BEC实验研究的重大进展、原子量子态的实验制备、原子激光的产生及其最新进展、BEC凝聚体或原子激光的相干性和费米原子气体的量子简并等.

 
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