Assertion: black hole's force | /r/HasProperty | strong
Facets:
value: extremely
type: DEGREE
value: since beyond that
type: TEMPORAL
Source sentences:
text: For example, their gravitational force is strong enough to bend light, warping light that comes from other objects.
text: They have an extremely strong gravitational force which is almost impossible to overcome by any object that comes too close to it.
text: However, the gravitational force is so strong that scientists are still trying to find a quantum theory of gravity that would make sense when applied to black holes.
text: The gravitational force of this region is so strong that even light cannot escape.
text: The tidal forces inside a black hole are so strong that they will stretch the human body into a long thin noodle of composite atoms as the person descends into it.
text: Black holes are places in space where matter is dense and gravitational forces are extremely strong.
text: The gravitational forces of a black hole are so strong that they can bend light, distort time, and warp space.
text: A black hole’s gravity, or attractive force, is so strong that it pulls in anything that gets too close.
text: Here the gravitational force is so strong that the spacetime surrounding the singularity is bent to infinite curvature, and scientists are left searching for a good quantum theory of gravity to explain what is truly going on inside these incredibly dense objects.
text: In fact, the gravitational force of a black hole is so strong that nothing can escape once it has gone inside.
text: At the edge of a black hole, the gravitational force is so strong that it pulls in everything from its surroundings.
text: A black hole is a region of space where the gravitational force is so strong that nothing can escape from it, including light.
text: First, you'll be spaghettified (this is the scientific term for it): the tidal forces of the black hole are so strong that, if you were going in feet first, your feet would feel a stronger attraction than your head and thus your body would stretch out (incidentally, this occurs in more applicable situations, such as returning space shuttles, as well  the difference is that the attraction difference is so minor that the astronauts do not stretch a measurable amount).
text: The boundary of that shadow is known as the "event horizon" or "point of no return," since beyond that, a black hole's gravitational force is strong enough to suck anything that approaches into the abyss.
text: It is so massive, yet so small that its gravitational force is strong enough to even prevent light—the fastest known force in existence—from escaping.
text: It was John Mitchell, a scientist, in 1783 actually discovered black hole and developed the theory about it after he wondered whether a gravitational force can be so strong that even light couldn’t escape it.