There was also a mock - up of the robotic spacecraft that would be used to capture an asteroid and bring it into a stable
orbit near the moon.
Not exact matches
He and his colleagues analyze information gathered by a group of ESA satellites whose looping
orbits carry them from
near Earth to about one - third of the way toward the
moon.
Evidence for Jovian seas comes from the Galileo spacecraft, which has
orbited Jupiter since 1995 and periodically swoops
near its
moons.
You know, for instance around Earth, you can think of gravity as forming a kind of a well around Earth, which causes the things that pass
near Earth, the
moon I would say, which is
orbiting on its path, to stay within the vicinity because it falls into that gravity well, metaphorically speaking; and in likewise the same way this astronaut that is fictitiously described by our good mathematics professor takes a journey through curved spacetime.
NASA currently envisions the first two SLS flights, EM - 1 and 2, as part of the agency's Asteroid Initiative mission proposal, which aims to robotically redirect a small
Near - Earth Asteroid into
orbit around the
Moon by the end of the decade, to be later visited by human crews.
Saturn's icy
moon, Enceladus, shoots water
near the farthest point in its
orbit from Saturn, when the tidal forces cause cracks at the
moon's south pole to open.
Recent models of this process predict that the
orbit of the newly formed
Moon should be in, or very
near [less than 1 °], the Earth's equatorial plane.
The
Moon orbits around the entire planet, Lunar cycles are too intricate, they would be damn
near impossible to replicate without any sort of occasional mishap, even with the advanced technology.
It's 2154, and the elite of this planet, apparently great fans of Larry Niven's Ringworld, have fled to a gated community in the sky, which floats like a second
moon in
near orbit (and which can be reached surprisingly quickly via a nifty shuttle system — my how technology will have improved in 140 years!).
I saw of graph of the precession cycle once and it appeared to occasionally skip a beat — perhaps when eccentricity got
near zero — this makes some intuitive sense at least... (cause of Obliquity cycle is less obvious than precession of axis; perhaps some contribution comes from the Earth -
Moon orbit and Earth +
Moon — Sun
orbit not being in the same plane — although the
Moon's
orbit will «average»
near the plane of the Earth - Sun
orbit over a relatively short time, but there's lunar
orbit eccentricity, etc,... residuals might build up...?