The black hole's powerful gravity distorts the space around it, stretching light
from background stars.
Previous large - area searches have been incomplete for L / T transition dwarfs, because these objects are faint in optical bands and have near - infrared colors that are difficult to distinguish
from background stars.
They find that a spinning naked singularity turns out to be a strong gravitational lens, magnifying the light
from background stars more than an ordinary black hole and producing a distinctive pattern of images.
So when a dim star in our galaxy passes almost directly between Earth and a second star, the gravitational field of the intervening «lens» star bends and magnifies light
from the background star, a process called gravitational microlensing.
As general relativity predicts, light
from the background star bent around the white dwarf, distorted by its gravitational field.
Astronomers might even spot free - floating planets through gravitational lensing, in which the planet's gravity magnifies light
from a background star.
If one star, however, passes nearly precisely in front of a farther background star, the gravity of the foreground star acts like a giant lens, magnifying the light
from the background star.
The foreground star has basically acted as a magnifying lens, focusing the light
from the background star for astronomers on Earth to observe.
A phenomenon called gravitational microlensing, where the gravity from a foreground star momentarily bends and amplifies light
from a background star, was used to do a statistical search for solar systems like ours.
If the foreground star happens to have any planets orbiting it, these will distort and dim the light
from the background star in a noticeable way as well, which will help astronomers measure some of their basic properties, like their mass and orbital period.
Not exact matches
The camera tilts up crazily
from his face into a sky full of swirling
stars as the title score swells in the
background and the name of the film appears on the screen.
4s) then photons erupted
from this energy cloud (detectable today as the microwave
background radiation) 5s) photons and other particles form the bodies of the early universe (atoms, molecules,
stars, planets, galaxies) 6s) it rained on the early earth until it was cool enough for oceans to form 7s) the first life form was blue green bacteria.
4) then photons erupted
from this energy 4) let there be LIGHT (1 - 4 all the first day) cloud (detectable today as the microwave
background radiation) 5) photons and other particles form the 5) God next creates the heavens (what we call the sky) above bodies of the early universe (atoms, (2nd day) molecules,
stars, planets, galaxies) 6) it rained on the early earth until it was 6) dry land appears as the oceans form (3rd day) cool enough for oceans to form 7) the first life form was blue green bacteria.
I'd like to drag these
stars from the stage for a minute and focus on those in the
background.
I think in fairness to Steve Hart, Unite's strategy makes union backed candidates
from a broader social
background part of their political strategy, but certainly not the end of it: At the Unite meeting at Labour Conference, Jon Trickett & Len McCluskey made the case for Unite & Labour developing MP's
from down to earth
backgrounds, but linked this very much to having policies that adress the needs of working class voters: The Unite strategy is fairly broad, including recruitng union members to Labour, developing MP's (who as McCluskey are backed because they «reflect the values of the union movement» — rather than just being
from a particular social class), and supporting the CLASS think tank to develop policy — I did a write up of this meeting for the Morning
Star (and a rival Progress one), which may be of interest (I think it will appear if you click on my name)
Along with the familiar cosmic microwave
background — the afterglow of the big bang — the distant universe is suffused with an infrared
background, thought to come
from galaxies and
stars too faint and far away to see.
According to the researchers, the light
from the earliest
stars is still detectable amidst the infrared light that makes up the
background of the observable universe.
Ultraviolet light
from early, blueish
stars (illustrated) interacted with hydrogen gas, causing it to absorb
background radiation, and creating a signature scientists have now detected.
So a number of observational projects have taken a different tack, trying to identify small KBOs by monitoring
background stars for sudden dips in brightness that might result
from a distant object crossing the line of sight between the
star and Earth.
Although they can not be seen individually, «the total light produced by these stray
stars is about equal to the
background light we get
from counting up individual galaxies,» says Bock, also a senior research scientist at JPL.
They found that about 63 percent of the
background radio emission comes
from galaxies with gorging black holes at their cores and the remaining 37 percent comes
from galaxies that are rapidly forming
stars.
Testing the model has been tough because groupings of
stars at distances of 8 billion to 11 billion light - years away
from us are so faint that they tend to vanish into the
background glow of Earth's atmosphere.
When the dwarf, named Stein 2051 B, passed in front of another
star from Earth's perspective, Sahu's team followed the position of the
background star.
Later she learned that although Galileo noticed the moons on the 7th, he mistook them for
background stars, not questioning their true identity until the following night, when he returned to find two had moved
from one side of Jupiter to the other.
Astronomers will measure the mass by examining images of each of the
background stars to see how far the
stars are offset
from their real positions in the sky.
In this artist's illustration, an intermediate - mass black hole in the foreground distorts light
from the globular
star cluster in the
background.
The sharp Hubble and Keck Observatory images allowed the research teams to separate out the
background source
star from its neighbors in the very crowded
star field in the direction of our galaxy's center.
According to Shvartzvald, Yee and their colleagues, OGLE -2016-BLG-1195Lb is the lowest mass world ever discovered through microlensing, a technique in which light
from a
star that passes in front of a bright
background object causes the latter to appear brighter, thus allowing scientists to detect anomalies created by a planet orbiting in the foreground.
Following subtraction of the sky
background from these frames, differential aperture photometry was carried out on Amalthea and a nearby field
star.
We describe several new techniques for the identification of
background transit sources that are separated
from their target
stars, indicating an astrophysical false positive.
Occasionally, when the
stars are aligned just right, this warping of the fabric of the universe results in a phenomenon known as gravitational lensing, wherein the strong gravitational field of a foreground object acts as a lens that «bends» light
from an object in the
background and allows scientists to catch a glimpse of what might otherwise have remained invisible.
Before we continue, a bit of
background: Comets and asteroids arise
from the protoplanetary disks of dust, ice and gas around young
stars.
According to Space.com, the telescope detected about 34,000 signals while studying the Cygnus constellation, indicating a combination of transiting planets and
background noise that may have come
from either the
star being studied or the instrument itself.
The team estimates that a
background level of radiation, supplied by other galaxies, could delay gas in a galaxy (call it galaxy A)
from fragmenting quickly into smaller clouds that would form
stars.
If a
star / planet system lenses a
background source, we can get a very accurate measurement of the lensing
star and lensing planet's masses, distance, and physical separation
from each other.
The data also will be studied for evidence of a faint, uniform infrared
background, the residual radiation
from the first
stars and galaxies formed following the Big Bang.
The
star - studded heist caper «Widows,» from director Steve McQueen and set to begin filming in Chicago this month, is looking to hire two sets of twin infants — one set biracial (unspecified), the other white — who are between the ages of 3 months and 6 months, according to a flyer posted by 4 Star Casting, which specializes in background actors, aka ext
star - studded heist caper «Widows,»
from director Steve McQueen and set to begin filming in Chicago this month, is looking to hire two sets of twin infants — one set biracial (unspecified), the other white — who are between the ages of 3 months and 6 months, according to a flyer posted by 4
Star Casting, which specializes in background actors, aka ext
Star Casting, which specializes in
background actors, aka extras.
The Blu - ray debut features all the supplements of that release: three commentary tracks (one by director Terry Gilliam, one by
stars Johnny Depp and Benicio Del Toro, and one by producer Laila Nabulsi and author Hunter S. Thompson), deleted scenes with commentary by Gilliam, the 1978 BBC «Omnibus» documentary «Fear and Loathing on the Road to Hollywood» (with Hunter S. Thompson and artist Ralph Steadman), the ten - minute featurette «Hunter Goes to Hollywood,» an audio documentary on the controversy over the screenplay credit, a survey of the marketing campaign, selections
from the correspondence between Johnny Depp and Hunter S. Thompson (read on camera by Depp), an excerpt
from the 1996 audio CD «Fear and Loathing»
starring Maury Chaykin, Jim Jarmusch, Harry Dean Stanton, and Glenne Headly,
background notes on Oscar Zeta Acosta (the real life activist and attorney who inspired the character of Dr. Gonzo), and galleries of storyboards, stills, and Ralph Steadman art.
They start off as
background singers to a popular R&B
star named James «Thunder» Early (Murphy, The Haunted Mansion), but Curtis has bigger dreams in mind, breaking off
from Early to get the girls, now dubbed The Dreams, big gigs of their own.
on one of the mini-games, the
background looks like the
star festival
from the Super Mario Galaxy series.
Showalter (also
starring as CPA Elliot Sherman) plays the titular schlub, the «Baxter» being a creature of extreme nerdy social incompetence most often glimpsed in frown and tux in the retreating
background of Dustin Hoffman rescuing Katharine Ross
from the altar.
Also, some Kirby goodness was added to Karaoke Joysound for Nintendo Switch: a Kirby
Star Allies
background video, and three songs
from the Kirby 25th Anniversary Memorial Arrange album!
In the new «On Chesil Beach» trailer, released on Thursday, Ronan
stars alongside Billy Howle as a young couple
from drastically different
backgrounds.
The setting and some of the
background has been taken
from the Phantasy
Star series making for an interesting combination.
The key for a young
star coming
from any form and any
background in the Internet era is to develop a vision for the kind of work you want to be part of of and build your career to that point.
Titled Hunter Prey, it clearly draws influence
from both
Star Wars and Predator, along with Collora's
background in creature effects.
They
star as girls
from different social
backgrounds who develop an intense relationship and Blunt's seductive compulsive liar marked her out as one to watch.
The two also give some
background info Hemmings,
star Contouri (who ultimately retired
from acting after a brief stay in Hollywood), the excellent locations at an artist colony and dairy refinery, plus a funny explanation about why Aussies shoot such striking widescreen films.
Starring James Cagney as ruthless bootlegger Tom Powers, The Public Enemy — aside
from its obvious focus on the criminal underworld — first taught Scorsese the idea of using music as counterpoint, particularly in the final scene where Cagney arrives home dead with the lighthearted «Forever Blowing Bubbles» playing in the
background.
Nia Valdolas also
starred in and scripted My Big Fat Greek Wedding, about a family whose daughter marries a man
from a very different cultural
background.