Not exact matches
But in this case, the system uses a combination of prior maps as well as the lidar, which sends out a signal and gathers data on the range and intensity of
objects in its
path and
around it in order to determine where the vehicle is driving in real time.
This «gravitational lensing» causes the supernova's light to appear brighter and sometimes in multiple locations, if the light rays travel different
paths around the massive
object.
In 1915, Einstein explained that gravity arises because massive bodies warp space and time, or spacetime, causing free - falling
objects to follow curved
paths such as the arc of a thrown ball or the elliptical orbit of a planet
around its sun.
A massive
object, such as the sun, would create a dent in spacetime, a gravitational well, causing any surrounding
objects, such as the planets in our solar system, to follow a curved
path around it.
Gravitational lenses occur when very massive
objects — such as clusters of galaxies — warp spacetime
around them, causing light (and anything else) traveling nearby to take a curved
path.
The
object around the star 51 Pegasi appeared to be 150 times the size of Earth, yet had an orbit tighter than the
path of Mercury
around the sun.
Meanwhile, new technologies allow engineers to dream beyond designing glorified mechanical arms: So - called «swarm bots» work together like army ants to move relatively heavy
objects; a fire hose — cum - snake robot can slither across the floor before putting out a blaze; and Nissan is developing an avoidance system to prevent car crashes based on bees — which use their compound eyes to see nearly all the way
around themselves while buzzing about, changing direction when they sense something in their
path.
Over time, the gravitational yanks of passing stars jostled the orbits of the
objects, leaving no hint of their formerly neat, flat
paths around the sun.
Because the asteroid's orbit closely resembles the
path of the Earth
around the sun, says Paul Chodas of JPL, the
object may turn out to be a rocket booster discarded from an earlier space flight.
Gravitational lensing happens when huge collections of matter — such as those found in galaxy clusters — warp the space - time
around them so that the light from
objects behind the clusters takes a curved
path.
Then the light can be sped up again to make up for the longer
path length
around the hidden
object.
Over time, the gravitational yanks of passing stars jostled the orbits of the outer Oort cloud
objects, leaving no hint of their formerly neat, flat
paths around the sun.
That is, rather being spread uniformly
around a stream (an elliptical
path similar to that of the parent
object), instead there are groupings or concentrations within that orbit.
The
object loops
around the sun on a highly elliptical
path that takes more than 1,100 Earth years to complete; it's currently about 92 astronomical units (AU) from the sun but comes as close as 38 AU and gets as far away as 180 AU.
Observations taken 21 months apart by Hubble's Advanced Camera for Surveys» coronagraph show that the
object is moving along a
path around the star and therefore is gravitationally bound to it.
The Irish - Ethiopian actress Ruth Negga has eyes intentful enough to shift
objects around on - screen — a near - telekinetic focus that can shove aside anyone crowding her
path (as evidenced by her brash Tulip O'Hare in AMC's Preacher).
Where most cars have a backup camera and perhaps dynamic
path lines, BMW also wraps a green - yellow - red force field in the display
around nearby
objects to show how close you're getting.
The intensive training, of which only the best of the class will graduate from and become official guide dogs, teaches the guide dog to maneuver
around objects, find and navigate a clear
path, and stop before crossing the road.
If the police manage to get in front of you they will slow you down, and if the police are behind you, they will boost and try to block your
path and ram you into
objects around the circuit.