inertially

> whenever a gravitating object moves inertially The object is not moving inertially.

There is no such thing as an intrinsically GPS-guided weapon; they are always inertially guided with GPS corrections.

The Bullock-Clooney system was inertially travelling away from the ISS, to which one end of the parachute lines was anchored.

US military systems are inertially guided only accepting GPS corrections within the error bounds of their extraordinarily tight inertial measurements.

This is something clocks are especially prone to; if you do not inertially isolate them, they will sync up [1].

The 737 is a clusterfuck because the giant engines throw off the physics of the plane both inertially and aerodynamically.

A lot of what happens in these spaces are inertially uncomfortable for first time people.

Someone is forcing it to change direction, which is the exact opposite of inertially.

However if they are deflating very slowly (not inertially) then people will spend them to get something that provides greater marginal utility now.

A lone proton coasting inertially through empty space at a constant velocity, even if it's moving quickly, does not generate any gravitational waves.

I tried to do inertially stabilised projection with a laser projector for an augmented reality concept.

They are just like any other types of inertially moving objects.

My only question for the past few weeks has been, "How do you build the thing?" It doesn't inertially support itself in the air until the rotor is spun up, and the rotor can only be spun up when it's fully constructed between the endpoints.

In fact they might need an inertially separate structure floating near them to handle loading and unloading of cargo, and then ferry materials back and forth across the “air gap” using very small vessels or robotic arms.

The accelerated expansion of the universe, discovered in 1998, kills off a bunch of vaguely related ideas, like we are in a tiny tiny fraction of a thin shell (thin as in small compared to the shell's diameter) of matter that is expanding inertially from an initial impulse (an "explosion", figuratively) acting on a dense phase of matter.