Gravitational anomalies are deviations from the expected gravitational force in a particular area. This can occur due to variations in the mass distribution of objects or the curvature of space-time.
Gravitational anomalies can be detected through various methods such as measuring the acceleration of objects, observing the bending of light, and using specialized instruments like gravimeters.
Yes, gravitational anomalies can affect the movement of objects by altering their trajectories or causing them to experience unequal gravitational forces.
Gravitational anomalies can be caused by a variety of factors such as the presence of large masses, changes in the density of the Earth's crust, and the influence of other celestial bodies.
In most cases, gravitational anomalies are not dangerous and do not pose a threat to human life. However, in extreme cases, they can impact the stability of structures and cause disruptions in navigation systems.