Gravimetric field
A gravimetric field was an energy field that exerted a gravitational-like force on nearby objects.

In 2267, the scope of the magnetic effect encountered when Lazarus and  emerged from the alternative warp, was the detection of complete disruption of normal gravimetric fields throughout the Milky Way Galaxy and beyond. ()

In 2293, while attempting to rescue the  and  from the Nexus energy ribbon, the  became caught in a gravimetric field emanating from the ribbon's trailing edge. The field was of such size that it proved difficult to disrupt. Montgomery Scott theorized that an antimatter explosion directly ahead of the starship could be enough to break it free. Since the Enterprise-B was not carrying photon torpedoes, a resonance burst from its deflector dish was used to simulate such a blast, allowing the ship to escape. ()

The recurring subspace inversion of the Bajoran wormhole is accompanied by a surge in its gravimetric field, characterized as an energy wave. ()

Signatures of gravimetric fields can be affected by quantum singularities, although not the type of quantum singularities used by the Romulans in their  warbirds. ()

In 2372, a surge from the Bajoran wormhole's gravimetric field caused a spike in the power output of the warp core aboard the . () 

The Hirogen communications network was surrounded by gravimetric fields that were spawned from the relay station's quantum singularity  source. The gravimetric forces from these fields could affect starships as far as two light years away. ()

de:Gravimetrisches Feld
Energy fields