he detection and precise timing of low-energy laser pulses transmitted over interplanetary distances will enable ad-vances in fundamental physics and solar system dynamics (1), as well as high-bandwidth deep-space communications (2, 3). The MESSENGE
International audienceRecent progress in the domain of time and frequency standards has required som...
This paper covers communication between planetary bodies in the solar system using a network of lase...
© 2018. The American Astronomical Society.. This paper examines the ability to produce a laser beam ...
In this paper, we discuss the design and feasibility of a multifunctional laser instrument capable o...
A number of laser communication link demonstrations from near Earth distances extending out to lunar...
Future planetary campaigns, including human missions, will require data rates difficult to realize b...
Ground-to-space laser uplinks to Earthorbiting satellites and deep space probes serve both as a beac...
In May 2005, timed observations of short laser pulses of light between the Mercury Laser Altimeter (...
Laser communication offers a viable alternative to microwave communication for intersatellite and in...
In the near future the National Aeronautics and Space Administration anticipates a significant incre...
The majority of books dealing with prospects for interstellar flight tackle the problem of the propu...
Although modern SLR systems are capable of sub-cm ranging accuracies and 50 picosecond time transfer...
A strong candidate for use in future missions to map time variations in the Earth\u27s gravity field...
Nowadays, the usage of Optical fibers and optical devices are evolved. Optical system has been used...
With growth in data volume from space missions, interest in laser communications has increased, owin...
International audienceRecent progress in the domain of time and frequency standards has required som...
This paper covers communication between planetary bodies in the solar system using a network of lase...
© 2018. The American Astronomical Society.. This paper examines the ability to produce a laser beam ...
In this paper, we discuss the design and feasibility of a multifunctional laser instrument capable o...
A number of laser communication link demonstrations from near Earth distances extending out to lunar...
Future planetary campaigns, including human missions, will require data rates difficult to realize b...
Ground-to-space laser uplinks to Earthorbiting satellites and deep space probes serve both as a beac...
In May 2005, timed observations of short laser pulses of light between the Mercury Laser Altimeter (...
Laser communication offers a viable alternative to microwave communication for intersatellite and in...
In the near future the National Aeronautics and Space Administration anticipates a significant incre...
The majority of books dealing with prospects for interstellar flight tackle the problem of the propu...
Although modern SLR systems are capable of sub-cm ranging accuracies and 50 picosecond time transfer...
A strong candidate for use in future missions to map time variations in the Earth\u27s gravity field...
Nowadays, the usage of Optical fibers and optical devices are evolved. Optical system has been used...
With growth in data volume from space missions, interest in laser communications has increased, owin...
International audienceRecent progress in the domain of time and frequency standards has required som...
This paper covers communication between planetary bodies in the solar system using a network of lase...
© 2018. The American Astronomical Society.. This paper examines the ability to produce a laser beam ...
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