By studying these stars, and using additional telescope facilities such as the powerful Atacama Large Millimeter / submillimeter Array (ALMA) in Chile, the study will provide new and unique insight into the timescale for the formation of stars and planets, including
whether planets form during or after the assembly of the star.
I'm very curious to continue to study this system to figure out
whether the planet formed in that odd orbit or if it moved there after encountering another planet or one of the double stars.»
Not exact matches
Finally,
whether the universe had a beginning in time,
whether the Big Bang was that beginning, and
whether that beginning was «natural» are questions that have nothing directly to do with the theories of how stars and
planets formed.
In short, since the 1950's almost every piece of plastic that we have ever made, used and thrown away is still here on this
planet in one
form or another,
whether its in our homes, in landfill or in the environment; and it will be here for centuries to come.
This technique can determine
whether a spot on the
planet's surface is rising or falling over time, such as near a volcano on the verge of erupting or a sinkhole about to
form.
This makes it a perfect laboratory to study how many
planets form in such a crowded environment, and
whether they
form mostly around more massive or less massive stars.»
Whether these
planets survived the original star's death blast or
formed later is unknown.
The researchers found that
whether a polar cyclone
forms depends on two parameters: the energy within a
planet's atmosphere, or the total intensity of its thunderstorms; and the average size of its thunderstorms, relative to the size of the
planet itself.
The Red
Planet has never been a tropical paradise, but after investigating how a canyon in south - central Idaho
formed, a group of terrestrial geologists is now questioning
whether early Mars had even the minimal conditions for life.
Jupiter was apparently born from the leftover gas and dust of the primordial nebula that
formed our sun, yet exactly how that birth occurred, or even
whether the
planet has a solid core, is unknown.
Astronomers were at a loss to explain how such
planets formed and
whether there was a continuum between rocky terrestrial «super-Earths» and gassy «mini-Neptunes.»
This is dependent on the properties of this system — for example,
whether it is a binary [3], or has a number of
planets orbiting it, both of which may greatly influence the
form of the blown bubble.
So if life ever existed in Mars, we could probably expect the life -
forms to differ from what we have on Earth — at least until further exploration and studies are done to determine
whether Mars steadily became an oxygen - rich
planet like ours.
Winn, who is also a Participating Scientist in the NASA Kepler mission, is interested in the properties of
planets around other stars, how
planets form and evolve, and
whether there are
planets beyond Earth capable of supporting life.
The goal of these observations was to understand not only
whether planets have
formed, but also what conditions can result in
planet formation and what chemical constituents are available for new
planets.
The index doesn't represent an absolute statistical prediction of
whether complex life could be present on a
planet; rather, it can be used to estimate the relative likelihood of life having evolved there, based on the conditions that we know are compatible with the evolution of complex life
forms on a
planet, and assuming that no further information is available.
Astronomers have observed and suspect that large amounts of water are always present in
planet -
forming material, but Webb will determine
whether that's accurate across the board.
Assuming that the frequency of observed habitable zone
planets really is a result of stellar age, this begs the question of
whether the
planets currently observed in the habitable zone really
formed there or
whether they were brought into it as their star evolved.
How something
forms is of crucial importance to understanding
whether something is a
planet or not, since
planets tend to
form from disks around stars, while stars
form from the centers of the disks themselves.
Three planetary formation experts — Kate Follette, Bruce Macintosh and Ruth Murray - Clay — joined a roundtable discussion on new ways of studying how
planets form and
whether they can explain the rise of our Solar System.
Lois Lane could find some competition for Clark Kent's affections in Batman v Superman: Dawn of Justice in the
form of Gal Gadot's Diana Prince, a.k.a. Wonder Woman, and Heny Cavill has offered a rather diplomatic response when asked by Cosmopolitan
whether the intrepid Daily
Planet reporter or the Amazon Princess is a better fit -LSB-...]
Regardless of
whether you are playing as a lone wolf on your PS Vita or
forming a team of four on the PS4, the expansive game mechanics can take you to 56
planets across seven galaxies.
Powering their behemoth toys means more to them than
whether life on this
planet will continue in anything like its current
form.
We felt that the fundamental difference was not «is the
planet heating up due to our emissions» but how people felt about
whether this demanded special
forms of politics.
I have no need to
form an opinion as to
whether climate change is happening via man's last century or two on the
planet.
But their consumerism (the 1 billion plus on the
planet today) takes all
forms via services rendered and purchases (
whether that's a 10 bathroom villa, flying to London for the latest stars rock concert, or another new car, or buying $ 1 million in shares with their loose change to keep the tax free / low tax income coming in from shares and other special «investment» opportunists only they get offered.)