«This is
important for planet formation.
Not exact matches
«While not every developing protostar may experience this kind of short - term gravitational disruption phase, it is looking increasingly likely that they may be much more
important for the early phases of terrestrial
planet formation than we thought,» Boss added.
The existence of this gas may have
important implications
for planet formation, says Hughes.
Both are thought to be
important for understanding the
formation and evolution of galaxies, and thus to some degree
important for the
formation and evolution of everything galaxies contain — including stars,
planets and people.
For planetary scientists like Jackson, being able to observe objects like these may yield
important clues about how
planet formation works in other star systems.
These instabilities are a key mechanism
for eliciting the transport of angular momentum through nascent planetary systems, and are very
important to an overall understanding of
planet formation.
Meteorites as a whole are still
important clues about what processes occurred during the
formation of the solar system, but which ones are the best analogs
for what the
planets were made out of would change.»
«The newborn
planet K2 - 33b will help us understand how
planets form, which is
important for understanding the processes that led to the
formation of the earth and eventually the origin of life.»
Understanding circumstellar discs and their evolution is
important for both young stars and
planet formation.
Scientists have conducted the first lab experiments on haze
formation in simulated exoplanet atmospheres, an
important step
for understanding upcoming observations of
planets outside the solar system with the James Webb Space Telescope.
Munetake Momose, a team member and a professor at Ibaraki University says «Seeing the site of
planet formation directly is one of the most
important goals
for ALMA.
The well - determined planetary properties and unusually large mass also make this
planet an
important benchmark
for theoretical models of super-Jupiter
formation.