(General Relativity) Do we have an adjective for time with zero velocity and zero gravity?

Usually it is said to be "locally flat spacetime", such that the Minkowski spacetime of SR is a good approximation over large scales. And "stationary point" is still as meaningless in GR as it was in SR.

I think it is still just called "proper time", since any inertial motion is "zero velocity" in its own frame (and will be seen to be moving by a host of other frames). Removing "gravity" just says that acceleration is zero.

There are calculations involving your mythical variable though not in the sense you are expecting it to be. The time as per the general relativity is the itme that has been not affected by gravity of any object near to it. This also means that if there is a massive object near the so called clock in general relativity calculations, then there should be a method to compensate for the gravity equivalent to the objects mass during calculations.

Practically assuming the clock to be far from any object will actually mean that the time is not measurable. So the way to do it is to compensate for this time in a way that the time calculated is independent of the mass or gravity near it.

0 gravity hasn't been effectively made on the earth considering that now....it would desire to be achieveable interior the destiny.. yet astronauts are experienced in the previous they are despatched to outer area in 0 gravity... do no longer confuse it with cancelling out gravitational rigidity... A freely falling physique is declared to have 0 gravity....it particularly is we are able to experience no weight as quickly as we are falling freely...an occasion is that we are in a advance on the right of a one hundred storied construction and the ropes of the advance breaks,then we are able to adventure 0 gravity till we crash to the backside and die... that's used to coach astronauts...they use a airplane and stick to a pair parabolic direction to create this result...it particularly is by technique of the inertial direction of the flight actually wish this facilitates while you're extra involved you may study extra on the internet approximately it..

"At rest, and in an unaccelerated reference frame"

I believe that would be the way to describe an object with zero relative velocity and zero gravity

We generally still call something like that "coordinate time." I think you know that "stationary point" is relative, of course.

We call it an inertial reference frame, should acceleration of it be zero, and should it be in a zero gravity region of space.