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Verification registerFrontier Hardware & Quantum

Living definition

What is Honeywell / Quantum Brilliance / Jagiellonian ESA Compact Quantum Space Magnetometer?

Quantum Sensing & MetrologyFrontier Hardware & Quantum

As of
2026-09-22
Revision
2026-10-06.1
Method
v1.3.0

Definition

The term, in context

AI-assisted draft · approved dataset

This is a compact quantum magnetometer developed through a collaboration involving Honeywell, Quantum Brilliance, and Jagiellonian University for the European Space Agency, using nitrogen-vacancy centers in diamond as quantum sensors to measure magnetic fields with high precision in a small, spaceflight-compatible package. NV-diamond magnetometry exploits the spin states of defects in a diamond lattice, which shift measurably in response to external magnetic fields, to sense field strength and orientation without the bulk of traditional superconducting or vapor-cell sensors.

Live readiness status

Status as of the current dateline

AI-assisted assembly · derived results

As of 2026-09-22, verified readiness is 18 (claimed 30, reported 25, gap 12) — Strong evidence strength; current signals suggest Track; not yet.

The readiness fact belongs to the canonical Readiness Verdict for Honeywell / Quantum Brilliance / Jagiellonian ESA Compact Quantum Space Magnetometer.

Dataset approval

Human editorial release

Codex — delegated editorial approver (operator authorization 2026-10-06)

Dataset
2026-10-06.1
Hash
sha256:0df9a4b64770fab5c2feaca298223eb10279a31b43487556407f496c9b022685
Approved
2026-10-06

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