Quantum Space Gravimetry topic

Quantum Space Gravimetry supports EU-based consortia developing quantum accelerometer technology for space gravimetry toTargets entities advancing quantum sensing for Earth observation, with a focus on cold atom interferometry or emerging quantum gravimetry technologies.

Who Can Apply

Legal entities established in EU Member States, Norway, or Iceland. Consortia are expected, with participation limited to entities not directly or indirectly controlled by non-eligible countries unless guarantees are provided.

Funding Details

Maximum grant amount: 15,000,000 EUR.

What Is Funded

Research and innovation in quantum space gravimetry, specifically:

• Cold atom interferometry with Bose Einstein Condensates (BECs) for maturation to TRL 6, including engineering and qualification models for in-orbit demonstration.
• Emerging technologies (e.g., SQUIDs, nuclear spin-based gravimeters, or hybridized solutions) for development to TRL 4-5, including breadboards or prototypes for in-orbit testing.

Technology / Maturity Requirements

• Area 1: TRL 7-9 (maturation to TRL 6 expected).
• Area 2: TRL 7-9 (development to TRL 4-5 expected).

Key Dates

• Open date: 2027-03-08.
• Deadline: 2027-09-01.

Application Process (High-Level)

Single-stage submission via the Funding & Tenders Portal. A compulsory questionnaire on ownership and control must be completed by all participants and uploaded by the coordinator.

Geographic Scope & Language

Eligible countries: EU Member States, Norway, and Iceland. Application language: English.

Notes

• Proposals must align with the Quantum Space Gravimetry Expert Group (QSGEG) roadmap.
• Use of Copernicus and/or Galileo/EGNOS data is mandatory if satellite-based Earth observation is involved.
• Intellectual property rights must comply with Horizon Europe Model Grant Agreement (Article 16).
• Gender dimension integration is required if relevant to research objectives.
• Participation of entities controlled by non-eligible countries is restricted unless guarantees are provided.