Browsing by Author "Haesler, J."
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Altimetry, Imaging and Landing Location Selection Lidars for ESA Space Applications
Tzeremes, G. D.; Jones, D.; Hernandez, M.; Sousa, T.; Pollini, A.; Pache, C.; Haesler, J.; Carnelli, I. (2019)Following the successful launch of ADM-Aeolus as well as BepiColombo, European Space Agency has developed the last years a large number of Lidar instrument breadboards to cover a variety of space mission requirements, such ... -
CSEM space lidars for imaging and rangefinding
Pollini, A.; Pache, C.; Haesler, J. (2018)Flash imaging LiDAR is recognized as a primary candidate sensor for several autonomous navigation phases such as for example, for safe precision landing on celestial bodies such as Mars or Jupiter and Saturn moons, and for ... -
Low-Power and Low-Profile Miniature Atomic Clock Ceramic based flat form factor miniature atomic clock physics package (C-MAC)
Haesler, J.; Balet, L.; Karlen, S.; Overstolz, T.; Gallinet, B.; Lecomte, S.; et al. (2017)This paper presents the results of the ESA funded C-MAC activity, started mid-2015 and currently in the assembly and testing phase. The objective of the activity is to develop an innovative and low-cost ceramic-based physics ... -
Nuclear spin decoherence time in MEMS atomic vapor cells for applications in quantum technologies
Buchs, G.; Karlen, S.; Overstolz, T.; Torcheboeuf, N.; Onillon, E.; Haesler, J.; et al. (2018)We report on the fabrication and characterization of MEMS atomic vapor cells suitable for applications in miniaturized quantum sensors such as atomic gyroscopes. Our MEMS cells are filled with natural abundance Rb alkali ... -
Sealing of MEMS Atomic Vapor Cells Using Cu-Cu Thermocompression Bonding
Karlen, S.; Haesler, J.; Overstolz, T.; Bergonzi, G.; Lecomte, S. (2020-02)