Not exact matches
The team will also make modifications to the telescope's instrumentation, which will allow scientists to look even further back in time, to before there were enough stars to
form galaxies, when the very first population of very
massive objects began to blossom.
There's an intriguing twist, too: Jayawardhana and others have shown that young brown dwarfs generally do not have
massive protoplanetary disks of gas and dust, which means that if the new
object is indeed a planet, it may not have
formed the same way planets in our solar system did.
Numerical simulations of collapsing clouds of primordial gas indicate that the first luminous
objects to
form in the universe were isolated
massive stars.
From the Mars - size
object that slammed into our planet 4.5 billion years ago,
forming the moon, to a bombardment that boiled off early oceans as recently as 2.5 billion years ago, Earth has taken some
massive stonings in its lifetime.
They were thought to
form through tidal stripping of
massive progenitors, until two isolated
objects were discovered where
massive galaxies performing the stripping could not be identified.
He did not expect to find any
massive galaxies earlier than about 9 billion years ago because theoretical models predict that such large
objects form last.
If the finding holds up, astronomers may need to rework their theories to explain how such a
massive object could have
formed so soon after the big bang.
Gravitational lenses
form when an intervening
massive object, like a galaxy or galaxy cluster, bends the light from more distant galaxies.
Stars typically move with an average speed when they are
formed and gradually change speed as they encounter very large
objects, such as
massive stars and molecular clouds and are affected by their gravity.
Instead of being sucked directly into the
massive object, the material first
forms a whirling «accretion disk» that closely orbits the central
object.
If these dipoles
formed near a galaxy — an
object with a
massive gravitational field — the gravitational dipoles would become polarized and strengthen the galaxy's gravitational field.
Astronomers believe that these are spinning neutron stars (extremely dense
objects formed from the collapse of
massive stars) with strong magnetic fields that emit radio signals in one direction.
Single black holes
form in dense cluster environments and then — because they are the most
massive objects — sink to the center of the cluster.
It is a mode of working shared by a number of contemporary sculptors, including Tara Donovan, whose accretions of everyday
objects become
massive, phenomenological
forms.
In the case of this painting the drama is conveyed through the subtle interactions of the seemingly
massive forms and the very delicate points of contact between these brutal
objects resting on the raw canvas.