The LISA Pathnder (LPF) mission aims to demonstrate and characterise some of the key technologies needed for the space-borne gravitational wave observatory, LISA. On the one hand, we aim to show that a test-mass can be placed in free-fall at a level of 3 1014 ms2 at 1 mHz. On the other hand, in order to extrapolate the performance of the key technologies from LPF to LISA, we must develop a detailed and accurate model of the system. By characterising the instrument through a series of experiments, the noise in the system should be reduced to achieve the desired level of free-fall and a detailed physical model of the system can be developed. In this paper we describe the scope of the experiments that are planned for the mission operations phase.

LISA Pathfinder: In-orbit experiments and characterisation

Antonucci, Federica;Benedetti, Matteo;Bortoluzzi, Daniele;Bosetti, Paolo;Congedo, Giuseppe;Cristofolini, Ilaria;Dolesi, Rita;Hueller, Mauro;Nicolodi, Daniele;Vitale, Stefano;Tu, Haibo;Weber, William Joseph
2011-01-01

Abstract

The LISA Pathnder (LPF) mission aims to demonstrate and characterise some of the key technologies needed for the space-borne gravitational wave observatory, LISA. On the one hand, we aim to show that a test-mass can be placed in free-fall at a level of 3 1014 ms2 at 1 mHz. On the other hand, in order to extrapolate the performance of the key technologies from LPF to LISA, we must develop a detailed and accurate model of the system. By characterising the instrument through a series of experiments, the noise in the system should be reduced to achieve the desired level of free-fall and a detailed physical model of the system can be developed. In this paper we describe the scope of the experiments that are planned for the mission operations phase.
2011
2011 Gravitational Waves and Experimental Gravitation
Vietnam
The Gioi Publishers
M., Hewitson; LISA Pathfinder, Collaboration; Antonucci, Federica; Benedetti, Matteo; Bortoluzzi, Daniele; Bosetti, Paolo; Congedo, Giuseppe; Cristofolini, Ilaria; Dolesi, Rita; V., Ferrone; Hueller, Mauro; Nicolodi, Daniele; Vitale, Stefano; Tu, Haibo; Weber, William Joseph
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11572/95481
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