Sensitivity is not field readiness
A sensitivity number needs units, conditions, bandwidth, calibration, and system context before it can support an application claim.
Sensitivity is a measurement characteristic, not a complete description of a useful instrument. A reported number becomes meaningful only when the measurand, units, bandwidth or averaging time, environment, calibration, and uncertainty are visible. Quantum-sensor coverage should begin with what the instrument measures. A gravity, magnetic, timing, or inertial measurement may support an application, but it does not establish the application result by itself.
Read the conditions
Ask whether the result came from a laboratory, controlled field setting, or extended outdoor deployment. Record relevant vibration, temperature, alignment, power, size, and timing conditions when the source reports them.
Find the baseline
A comparison needs a named reference instrument or method and compatible measurement conditions. A component improvement may disappear when packaging, control systems, environmental noise, or data processing are included.
Write the narrow result
Describe a reported sensitivity as a reported sensitivity. Describe a field result only when the field environment and task are documented. This approach protects readers from both overstatement and the mistaken belief that a useful research result has no value unless it already solves an entire deployment problem.
Sources & evidence
Source material checked Sep 10, 2026. Reporting and analysis distinguish documented facts from company claims.
AI-assisted research and drafting. Approved for publication by Mabel Frost on Sep 11, 2026.