The G4S 2.0 project represents an important opportunity to perform fundamental physics measurements with the two Galileo-FOC satellites DORESA and MILENA in elliptic orbits. In this paper, we discuss the possibility to improve the current constraints on local position invariance via a new measurement of the gravitational redshift, taking into account both a new model of the satellites and more in-depth considerations on non-gravitational perturbations.
The Galileo for science (G4S 2.0) project. Measurement of the gravitational redshift with the Galileo satellites DORESA and MILENA / DI MARCO, Alessandro; Sapio, Feliciana; Cinelli, Marco; Fiorenza, Emiliano; Lefevre, Carlo; Loffredo, Pasqualino; Lucchesi, David; Lucente, Marco; Magnafico, Carmelo; Peron, Roberto; Santoli, Francesco; Visco., Massimo. - In: IL NUOVO CIMENTO C. - ISSN 2037-4909. - 46:4(2023), pp. 1-4. [10.1393/ncc/i2023-23116-8]
The Galileo for science (G4S 2.0) project. Measurement of the gravitational redshift with the Galileo satellites DORESA and MILENA
Alessandro Di Marco
;Feliciana Sapio;
2023
Abstract
The G4S 2.0 project represents an important opportunity to perform fundamental physics measurements with the two Galileo-FOC satellites DORESA and MILENA in elliptic orbits. In this paper, we discuss the possibility to improve the current constraints on local position invariance via a new measurement of the gravitational redshift, taking into account both a new model of the satellites and more in-depth considerations on non-gravitational perturbations.| File | Dimensione | Formato | |
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DiMarco_The-Galileo_2023.pdf
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