«The fact that we can see planets being born will help us understand not only how planets
form around other stars but also the origin of our own solar system.»
We'll be looking at the places where comets
form around other stars,» explained Pontoppidan.
Not exact matches
Other stars are
forming around the rim of the bubble, and one of them is already massive enough that its fate is sealed: one day, million of years from now, it will explode.
In neutron
star collisions, two neutron
stars orbit
around each
other, eventually merging to
form a
star with approximately twice the mass of the individual
stars.
Other astronomers are examining the smallest known brown dwarfs — which are
around 10 times as massive as Jupiter — to determine the minimum mass needed for gravity to pull a pocket of gas and dust together to
form a
star.
As the
stars within the cluster interact with
other clusters and clouds of gas in the galaxy
around them, and as the gas between the
stars is either used up to
form new
stars or blown away from the cluster, the cluster's structure begins to change.
Cassini scientists hope that studying these differences will tell us about how giant planets
form, how weather systems work under different conditions, and what planets
around other stars might be like.
That could be crucial to learning much more: Jupiter was likely the first planet to
form around the sun, so its inner workings — particularly the nature of its core and how heat trickles out from the planet's abyssal depths — may offer hints about how
other planets came to be, both in our solar system and
around other stars.
In its updated
form, it receives e-mail requests from astronomers and automatically executes the observations, searching for planets
around other stars and monitoring the flickering of gas falling into black holes.
This suggests that the way our planets and asteroids
formed has a lot of kinship to the systems
around other stars.»
Debris disks are found
around stars that have shed their dusty, gas - filled protoplanetary disks and gone on to
form planets, asteroids, comets, and
other planetesimals.
«These findings may have implications for how planetary systems
around other stars could
form and where and how big the planets would be.»
Until now, the prevailing hypothesis has said that as
stars evolve, metals (astronomers» term for any chemical elements heavier than hydrogen and helium) in the swirling disk
around them
form tiny «seeds» that attract
other matter and slowly grow into planets.
Portegies Zwart and his team suspect a middleweight black hole
forms after a massive
star, drawn by gravity to the crowded centre of a
star cluster, merges with
other stars swarming
around there.
He comments: «Until now we have struggled to explain how pebbles can come together to
form planets, and yet we've now discovered huge numbers of planets in orbit
around other stars.
«If there is water in Kuiper belt - like objects
around other stars, as there now appears to be, then when rocky planets
form they need not contain life's ingredients,» said Siyi Xu, the study's lead author, a postdoctoral scholar at the European Southern Observatory in Germany who earned her doctorate at UCLA.
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.
«If we know how our solar system was
formed, then when we look at
other stars and
other solar systems, we can sort of guess how they are evolving with time, and it can help us locate perhaps
other stars that can have habitable planets
around them.»
Such elongated shapes are common among
other planetary nebulae, because thick disks of gas and dust
form a waist
around a dying
star.
Given the apparent youth of the Pistol
Star, it is likely that any protoplanetary bodies that may have formed around the star are still agglomerating other planetesim
Star, it is likely that any protoplanetary bodies that may have
formed around the
star are still agglomerating other planetesim
star are still agglomerating
other planetesimals.
The halos
around quasars — the brightest and the most active objects in the universe, they are galaxies
formed less than 2 billion years after the Big Bang; they have supermassive black holes in their centers and consume
stars, gas, interstellar dust and
other material at a very fast rate — are made of gas known as the intergalactic medium and extend for up to 300,000 light - years from the centers of the quasars.
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