Not exact matches
The
tilt of the solar system's orbital plane has long befuddled astronomers because of the way the planets formed: as a spinning cloud slowly collapsing first
into a disk and then
into objects
orbiting a central star.
Once the star's gravity grabs hold of a hot Jupiter's atmosphere, the same forces that pull a
tilted planet
into line should cause the planet's
orbit to decay, eventually leading to the star gobbling it up.
This technique yields a minimum mass for each planet but not a firm mass, because it can't take
into account the
tilt of a planet's
orbit.
The
tilt has long confounded astronomers because of the way the planets formed: as a spinning cloud slowly collapsing first
into a disk and then
into objects
orbiting a central star, according to Caltech (who can say this better than I can):