Linked from

The 15 pages that link to Magnetometer, each with the reason it gives.

• Carl Friedrich GaussRelated: Gauss developed sensitive instruments and methods for measuring Earth’s magnetic field.

• AuroraRelated: Magnetometer data help connect auroral changes with disturbances in Earth’s magnetic field.

• GyroscopeCompared with: It can provide a heading reference, unlike a gyroscope's relative rotation measurement.

• AccelerometerCompared with: It provides a heading reference that acceleration measurements cannot supply.

• James Clark RossRelated: Ross’s magnetic observations depended on instruments designed for precise field measurements.

• Inertial measurement unitRelated: A magnetometer can constrain heading, which accelerometers and gyroscopes alone cannot stabilize indefinitely.

• Magnetic shieldingRelated: Shielding reduces environmental interference that can overwhelm precise magnetic measurements.

• CompassNarrower topic: A compass is a simple directional magnetic-field indicator.

• MagnetoencephalographyRelated: MEG systems use magnetometers to detect the brain’s exceptionally weak magnetic fields.

• Magnetic anomalyRelated: Magnetometers provide the observations from which anomalies are calculated.

• Mariner 2Related: Mariner 2 searched for a Venusian magnetic field during its encounter.

• Jean-Baptiste BiotRelated: Biot’s magnetic investigations used field measurements to test relations between currents and magnetism.

• Magnetic sensorNarrower topic: A magnetic sensor is a sensing element; a magnetometer is an instrument built to measure fields.

• History of geomagnetismRelated: Improvements in magnetometers expanded geomagnetic measurement from compass bearings to precise field components.

• History of geophysicsRelated: Improved magnetometers made field variations measurable across regions and oceans.