Does paragravity exist?

Hello. Does paragravity exist? I just read this from an online article:

Paragravity is one of those amazing discoveries that we opened this discussion with. It can not be explained except by the effect that is observed to happen to unit's operating drive fields.

Paragravity is a force related to gravity that is created by a drive field generator. It creates a gravitational field within a spacecraft and adjusts the spacecraft's velocity within the field to the local gravitic 'rest' velocity. This rest velocity is that at which the object will remain at a stable distance relative to the strongest local gravity source, either a star or a planet. Away from any planet, this is the orbital velocity of the star (modified by the local galaxy speed). E.g., The ship will move in orbit around the star just as a planet does. In a binary system, the closer star is orbited by the spacecraft (in reality, the distance would depend on the size of the star, but we ignore this for simplicity). Paragravitic rest velocity does not affect the motion of the spacecraft unless the drive field is deactivated, in most cases, though it may affect movement very near planets, moons, and star. In a starless system, with no nearby massive objects, the rest velocity is that of galactic motion, and will be zero relative to the warp points in the system.

Paragravity resistance becomes stronger as the object moves faster and when local gravity is much stronger (like the effect of moving wire through magnetic lines of force). Paragravity will cause an opposite direction force to a ship moving (in some ways, its like a 'gravity friction' but it can actually slow an object 'trying' to go faster). This is why objects in a drive field have a maximum 'speed limit' less than the speed of light. An object within a drive field is always at the local gravitic 'rest' velocity. This is the velocity at which the object will remain at a stable distance relative to the strongest local gravity source, either a star or a planet. Away from any planet, this is the orbital velocity a planet around of the star (modified by the local galactic motion, as the star moves, etc.), and the ship will move in orbit around the star if the drive field is deactivated, or unable to hold station (as with space stations). A unit with station-keeping ability may choose to hold its position relative to the star, remaining unmoving on the system map. At 60 tactical hexes from a planet (the distance should be based on the size of the planet but simplicity is better), the planetary gravity field is strong enough to cause the ship to orbit the planet (which is orbiting the star)at the same velocity as a moon would orbit the planet, which means the ship would remain at a fixed distance from the planet (if it elected not to use its drive or lost its drive). At this distance, a unit that uses its drive in station-keeping/standby mode can not overcome the influence of the planet. It may hold station fixed relative to the planet but it will move in orbit as the planet moves around the star. Within one tactical hex of a planet/moon, a modified 'orbital' synchronous drive' can be used to remain stationary to the planets surface, and for simplicity, this distance will allow a spacecraft to occupy a synchronous orbit if it deactivates its drive field, if that is desired.