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清华大学的“激光单原子探测应用研究实验室”是国家教委的开放实验室。该项研究涉及单个原子、分子层次上的观测,识别与控制技术,是应用基础性研究的前沿学科。 这项研究又称原子(测控)技术或量子工程基础。该技术能将单位体积物质中存在的一个目标原子(或分子)探测出来,追踪这个目标运动,探测灵敏度可达到10~(15)—10~(20)的理论极值,它既可以应用于基础科学领域(如:原子、分子物理,核物理,化学,微观反应动力学,生物学,凝聚态物理学,超导体物理等),又可以在应用科学领域里大显身手。
Tsinghua University, “laser single atom detection Applied Research Laboratory” is the State Education Commission’s open laboratory. The research involves the observation, identification and control of single atom and molecular levels and is the frontier subject of applied basic research. This research is also called atomic (measurement and control) technology or quantum engineering foundation. The technique can detect a target atom (or molecule) existing in a unit volume of material and follow the target movement with a detection sensitivity of 10 ~ (15) -10 ~ (20) theoretical extremum, which can be applied to The fields of basic science (such as atomic, molecular physics, nuclear physics, chemistry, micro-reaction kinetics, biology, condensed matter physics, superconductor physics, etc.) can also show their talents in applied sciences.