Quentin Beaufils, Julien Lefebve, Joel Gomes Baptista, Raphaël Piccon, Valentin Cambier, Leonid A. Sidorenkov, Christine Fallet, Thomas Lévèque, Sébastien Merlet and Franck Pereira Dos Santos. (2023). Rotation related systematic effects in a cold atom interferometer onboard a Nadir pointing satellite. NPJ Microgravity.
CARIOQA-PMP factsheet n1 : How can a gravimetry mission support climate change monitoring?
CARIOQA-PMP factsheet n2 : What is a quantum inertial sensor ?
CARIOQA-PMP factsheet n3 : Why is it important to measure Earth gravity ?
CARIOQA-PMP factsheet n4 : What is the difference between measuring gravity from Earth and from space?
CARIOQA-PMP factsheet n5 : Previous gravity field measurement missions leading to CARIOQA
CARIOQA-PMP factsheet n6 : Impact of User Needs Consideration on Spatial Gravity Measurement Missions
CARIOQA-PMP factsheet n7 : Quantum Technologies in Space: Advancing Gravity Measurements and Fundamental Physics
Press Release #1: Towards climate studies using quantum technologies
Press Release #2 : CARIOQA-PMP mid-term meetings in Brussels
CARIOQA-PMP poster (May 2023 PDF 6MB)
CARIOQA-PMP flyer (May 2023 PDF 2MB)
Atomic interferometer scheme (May 2023 PDF 322KB)
CARIOQA-PHA Flyer (June 2024)
CARIOQA-PHA Poster (June 2024)
CARIOQA-PHA Executive Summary
CARIOQA-PMP Newsletter 1
CARIOQA-PMP Newsletter 2
CARIOQA-PMP Newsletter 3
Interview of Félix PEROSANZ, Head of Earth Observation-Solid Space Programmes (CNES)
Interview of Naceur GAALOUL, Quantum Physicist at the Leibniz University of Hanover (LUH)
European Commission Funds CARIOQA-PMP Project in First Step Towards a Quantum Mission for the Climate
Quantum space sensor to fight climate change
Un accéléromètre quantique envoyé dans l’espace pour mesurer la gravité terrestre (Le Monde)
Pourquoi l’Europe veut envoyer des capteurs quantiques dans l’espace (ouest-france.fr)
Des capteurs quantiques dans l’espace pour mieux mesurer la gravité (tahiti-infos.com)
CARIOQA : l’échelle quantique appliquée à la masse gravitationnelle de la Terre (Sciences et Avenir)
Les technologies quantiques dans l’espace, vers une nouvelle ère d’observation de la Terre