Imagine a super-sensitive scale that can weigh the Earth from space to see where water or ice is moving. This project uses atoms cooled to nearly absolute zero to create a quantum ruler that detects tiny changes in gravity. It is like upgrading from a blurry old map to a high-definition 3D scan of the planet's mass.
Current space gravimetry lacks the precision needed for advanced climate science. There is a strategic need to master quantum sensing in orbit to accurately monitor Earth's mass distribution.
A feasibility study and system architecture analysis for a quantum gravimeter, concluding with a Preliminary Requirement Review.
If you are an agency dealing with unpredictable sea-level rises and ice melt — this project developed the architecture for a quantum gravimeter that provides superior performance in tracking mass movement. This allows for more accurate climate science predictions.
If you are a manufacturer dealing with the need for next-generation orbital instruments — this project identified critical technologies and components for a Quantum Pathfinder Mission. This provides a roadmap for building space-grade quantum sensors.
If you are a survey firm dealing with low-resolution gravity field models — this project investigated system architectures for quantum accelerometry in orbit. This enables the creation of ultra-precise gravity maps for Earth sciences.
Based on available project data, the specific EU contribution and unit costs are not provided in the dataset.
No, the project is currently in Phase A, which focuses on feasibility studies and identifying critical technologies to prepare for future deployment within the decade.
IPR management is handled by expert partners, including CNES and PRAXI Network/FORTH, who have a track record of supporting EU funded projects.
The goal is to deploy the Quantum Space Gravimetry Pathfinder Mission within the decade.
The project investigates system architectures and operations concepts to ensure harmonization with the European programmatic framework.
The consortium is highly balanced with a 50% industry ratio, consisting of 6 partners across 4 countries. It is led by major space agencies (CNES and DLR), combining high-level institutional oversight with specialized industrial expertise from companies like ADS-F, ADS-G, and GMV, ensuring the research is aligned with actual satellite manufacturing capabilities.
Contact CNES (Centre National d'Etudes Spatiales) in France.
Contact us to track the transition of CARIOQA from Phase A to Phase B.
