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Introduction to Speaker
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22/11/2 22/11/2 理理理 理理理 816 816 理理理 理理理 理理理理 ： ： 理理理 理理理 理理理理 ： ： 82502344 82502344 Introduction to Speaker Hans-A. Bachor Director, ARC (Australian Research Council ) Centre of Excellence for Quantum Atom Optics, Australian National University, Australian Prof. Hans-Albert Bachor received his diploma and doctorate in Physics from the University of Hannover, Germany. He was attracted to Australian in 1981 by the Australian National University where he has been teaching Physics at all levels with great enthusiasm and success. He established a widely known group for optics and explores the possibilities of harnessing the quantum nature of light. He worked and taught many times in the USA, Germany, Denmark and France. He holds many academic awards and distinction, including the Humboldt Research Prize, Fellow of the Institute of Physics (UK) and is recipient of the Walter Boas medal from the Australian Institute of Physics. He has published a book and more than 140 papers in international research journals. Currently, he is the director of the Australian Research Council Centre of Excellence for Quantum-Atom Optics, a national centre to study atoms and light at the quantum level and to explore for future quantum technologies. Abstract Lasers are one of the great technological innovations. They have many applications in modern live and created a large industry. The invention of the laser was based on fundamental physics research about one hundred years ago. Pure theory turned into applied science and many ideas for precision measurements could be realized. The concept of photon is central and we are now in a position to reach the quantum limits of lasers. Quantum noise in now a limitation of many modern optical devices. We can get around the quantum noise limit with clever tricks such as squeezed light and we can generate even more complex types of light using entanglement. This talk will discuss some of the latest results in quantum optics and precision measurements with light. Perfecting the laser using the quantum properties of light 理理理理理理 理理理理 理理理理理理 理理理理 Department of Physics Renmin University of Department of Physics Renmin University of China China 理 理 理 理 理 理 理 —— 理 理理： 10 理 13 理 理理 理 （一） 18:30 － 20:00 理理： 理理理理理理理 理理理理 理理理理理理理 ： 理 理 理 理 !
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Perfecting the laser using the quantum properties of light. Hans-A. Bachor. Director, ARC (Australian Research Council ) Centre of Excellence for Quantum Atom Optics, Australian National University, Australian. Introduction to Speaker. - PowerPoint PPT Presentation
Transcript of Introduction to Speaker
23/4/1923/4/19 理工楼 理工楼 816816
联系人：同宁华 联系电话：联系人：同宁华 联系电话： 8250234482502344
Introduction to Speaker
Hans-A. Bachor
Director, ARC (Australian Research Council ) Centre of Excellence for Quantum Atom Optics, Australian
National University, Australian
Prof. Hans-Albert Bachor received his diploma and doctorate in Physics from the University of
Hannover, Germany. He was attracted to Australian in 1981 by the Australian National University
where he has been teaching Physics at all levels with great enthusiasm and success. He established
a widely known group for optics and explores the possibilities of harnessing the quantum nature of
light. He worked and taught many times in the USA, Germany, Denmark and France. He holds many
academic awards and distinction, including the Humboldt Research Prize, Fellow of the Institute of
Physics (UK) and is recipient of the Walter Boas medal from the Australian Institute of Physics. He
has published a book and more than 140 papers in international research journals. Currently, he is
the director of the Australian Research Council Centre of Excellence for Quantum-Atom Optics, a
national centre to study atoms and light at the quantum level and to explore for future quantum
technologies.
Abstract Lasers are one of the great technological innovations. They have many applications in
modern live and created a large industry. The invention of the laser was based on
fundamental physics research about one hundred years ago. Pure theory turned into applied
science and many ideas for precision measurements could be realized. The concept of photon
is central and we are now in a position to reach the quantum limits of lasers. Quantum noise
in now a limitation of many modern optical devices. We can get around the quantum noise
limit with clever tricks such as squeezed light and we can generate even more complex types
of light using entanglement. This talk will discuss some of the latest results in quantum optics
and precision measurements with light.
Perfecting the laser using the quantum properties of light
中国人民大学 物理学系中国人民大学 物理学系
Department of Physics Renmin University of ChinaDepartment of Physics Renmin University of China
物 理 学 前 沿 讲 坛 —— 五
时间： 10 月 13 日 （周一） 18:30 － 20:00
地点： 逸夫第二报告厅
主要面向：本科生和研究生
欢 迎 参 加 !
