Sentences with phrase «type of star known»

If SDSS1133 isn't a black hole, then it must have been a very unusual type of star known as a Luminous Blue Variable (LBV).

Red supergiants are the largest type of star known, and Betelgeuse, part of the Orion constellation, is a formidable member of that class.

Not exact matches

And everybody knows the type of CEOs who tend to star in such episodes: the tireless searchers who — on top of running their fast - growing companies — never seem to run short of either ideas or new places to scavenge for them.

Whenever a star player suffers an injury, readers demand to know what type of effect their absence will have on the point spread.

All - Stars like Troy Tulowitzki, David Price, Yoenis Cespedes, Johnny Cueto and Cole Hamels switched teams, but we wanted to know what type of impact these moves made on the futures market.

The coaches for a long time have known the type of players that they can get and can't get, and most of those five - star guys that are 300 pounds in high school and can move are not gonna come to Boise State.

Nothing like one underachiever blowing smoke up the ass of another... we know that Ozil has some incredible technical gifts, but to be considered the best you have to bring more than just assists to the table... for me, a top player has to possess a more well - rounded game, which doesn't mean they need to be a beast on both ends of the pitch, but they must have the ability to take their game to another level when it matters most... although he amassed some record - like stats early on, it set the bar too high, so when people expected him to duplicate those numbers each year the pressure seemed to get the best of our soft - spoken star... obviously that's not an excuse for what has happened in the meantime, but it's important to make note of a few things: (1) his best year was a transition year for many of the traditionally dominant teams in the EPL, so that clearly made the numbers appear better than they actually were and (2) Wenger's system, or lack thereof, didn't do him any favours; by playing him out of position and by not acquiring world - class striker and / or right - side forward that would best fit an Ozil - centered offensive scheme certainly hurt his chances to repeat his earlier peformances, (3) the loss of Cazorla, who took a lot of pressure off Ozil in the midfield and was highly efficient when it came to getting him the ball in space, negatively impacted his effectiveness and (4) he likewise missed a good chunk of games and frankly never looked himself when he eventually returned to the field... overall the Ozil experiment has had mixed reviews and rightfully so, but I do have some empathy for the man because he has always carried himself the same way, whether for Real or the German National team, yet he has only suffered any lengthy down periods with Arsenal... to me that goes directly to this club's inability to surround him with the necessary players to succeed, especially for someone who is a pass first type of player; as such, this simply highlights our club's ineffective and antiquated transfer policies... frankly I'm disappointed in both Ozil and our management team for not stepping up when it counted because they had a chance to do something special, but they didn't have it in them... there is no one that better exemplifies our recent history than Ozil, brief moments of greatness undercut by long periods of disappointing play, only made worse by his mopey posturing like a younger slightly less awkward Wenger... what a terribly waste

Arsenal game play would suit this type of player, He would also act a a target man for us and feed the ball to our players, He as done very well with villa over last few seasons and villa have struggled as we all know, With a much better class of players around him he really could be a real star, Also he is a Arsenal fan!!!!!!

5 rounds of punishment can take years off a career, Max is known for an Iron like chin and I don't want to see a rise star get mauled (POTENTIALLY IM NOT SAYING ITS FOR SURE) for 5 rounds only to have his chin «broken» and ultimately have his career path change, that type of beating is a lot of wear and tear on a chin / brain

There are not many managers better than Mourinho in these final type of games no matter how many injuries his star players have.

Whenever a star player suffers an injury, readers demand to know what type of effect their absence will have...

While we all know this summer's World Cup will go on without the Stars and Stripes, these types of matches are a great chance to meet the next crop of talent that will be trying to right that massive wrong next cycle.

Cosima stars as one of the main clones on the show, known for her brains and hippie type of beauty.

But the Observer did open up this year's list to elected officials, a departure from 2014, to take stock of some of the rising and falling stars whose names you might know, sizing them up against the strategists, lobbyists and industry types shaping the city in the shadows.

At first, astronomers suspected that 1987A was a class of supernova known as type 1a — the detonation of a stellar core left behind after a star like the sun quietly sheds gas at the end of its life.

Tom Theuns and Liang Gao, astronomers at Durham University in England, used a computer model last year to study how two types of dark matter, known as warm and cold, may have influenced the formation of the very first stars in the universe — and the first giant black holes.

• What do we know about the nature of the death of massive stars — signaled by Type II supernovae — that fashion crucial elements such as calcium and oxygen?

Gas and dust in space can have an impact on the brightness of standard candles — objects with known brightness such as type 1a supernovas and some variable stars

All of these worlds orbit faint ruddy stars known as M dwarfs, the most common type of star in the galaxy.

In 2003, astronomers confirmed this core to be a specific type of central region known as an HII nucleus — a name that indicates the presence of ionized hydrogen — that is likely to be creating many hot new stars.

Knowing the properties of the stars that produce these type 1a explosions could help researchers better understand their variations, allowing more precise estimates of the acceleration of cosmic expansion.

Ancient stars, of a type known as RR Lyrae, have been discovered in the centre of the Milky Way for the first time, using ESO's infrared VISTA telescope.

This star, a type known as a red giant, has five times the mass of our Sun but it is in a much more advanced stage of its life, despite its comparatively young age of around 50 million years [1].

We know approximately how much of certain atoms must be made in a given type of star, says Mac Low, but lab - based experiments could help nail down exact numbers under various conditions, such as changing temperatures or plasma density.

Known as an ultra-compact dwarf, this type of system has up to a billion stars and can be similar in mass to a galaxy, but it is compact and looks more like a star cluster.

Known as 2014J, this was a Type la supernova caused by the explosion of a white dwarf star, the inner core of star once it has run out of nuclear fuel and ejected its outer layers.

The evidence for dark energy came from studies of a kind of exploding star known as a Type 1a supernova.

Known as Kepler 452b, the world is estimated to be a bit on the hefty side, at five times the mass of Earth, but it is receiving just 10 % more heat and light than we do from its G - type star, just like our sun but 1.5 billion years older.

However, astronomers do not know exactly what determines how many stars will form together or what initial conditions determine the type of star system to develop.

«Based on what we know about star formation in galaxies of different types, we can infer when and how many black holes formed in each galaxy,» Elbert said.

One type of such nebulae, known as bipolar planetary nebulae, create ghostly hourglass or butterfly shapes around their parent stars.

In order to better understand, how members of that «family» affect each other's evolution, astronomers need to know what types of stars the «family» consists of — i.e. to have the data of how many stars of each mass are there in the system.

There are two main types of galaxies: «blue», star - forming galaxies and «red and dead» galaxies that no longer form new stars.

An example of the new type of star cluster discovered (left), and an example of a previously known globular star cluster (right).

In a fourth type, the spectroscopic binary, a star is known to be in orbit around another star because the lines in its spectrum alternately show motion of approach and recession.

Red dwarfs are the most common type of star in our galaxy, and many are known to possess planetary systems.

Of the thousands of extrasolar planets now known, only six have been found that transit hot, A-type stars (with temperatures of 7,300 — 10,000 kelvin), and no planets are known to transit the even hotter B - type starOf the thousands of extrasolar planets now known, only six have been found that transit hot, A-type stars (with temperatures of 7,300 — 10,000 kelvin), and no planets are known to transit the even hotter B - type starof extrasolar planets now known, only six have been found that transit hot, A-type stars (with temperatures of 7,300 — 10,000 kelvin), and no planets are known to transit the even hotter B - type starof 7,300 — 10,000 kelvin), and no planets are known to transit the even hotter B - type stars.

(2) How many of the known circumstellar disk systems have incorrectly typed primary stars that could affect our understanding of star - disk - planet interactions and disk / planet hosting frequencies?

Of the thousands of extra-solar planets now known, only four giant planets have been found that transit hot, A-type stars (temperatures of 7300 - 10,000 K), and none are known to transit even hotter B - type starOf the thousands of extra-solar planets now known, only four giant planets have been found that transit hot, A-type stars (temperatures of 7300 - 10,000 K), and none are known to transit even hotter B - type starof extra-solar planets now known, only four giant planets have been found that transit hot, A-type stars (temperatures of 7300 - 10,000 K), and none are known to transit even hotter B - type starof 7300 - 10,000 K), and none are known to transit even hotter B - type stars.

WASP - 33 is an A-type star with a temperature of ~ 7430K, which hosts the hottest known transiting planet; the planet is itself as hot as a red dwarf star of type M.

Knowing how many stars there are of different types also tells us how quickly or efficiently stars formed at various stages in the galaxy's history.

New data from these powerful telescopes later confirmed that 1E 1613 has the properties of a magnetar — a type of neutron star with an extremely powerful magnetic field — making it only the 30th known one.

While it's known that Type 1a supernovae form from collapsing white dwarfs — the densest forms of matter after black holes and neutron stars — their formation theories come in two flavors: the single degenerate scenario in which a normal star is consumed by a white dwarf; and the double degenerate scenario in which two white dwarfs merge.

For many years, astronomers have known two types - «supermassive» black holes at the centers of large galaxies and the so - called «stellar - mass» black holes that result when a star about 10 times the Sun's mass ends its life in a supernova explosion.

Red dwarfs are extremely dim and small stars, so they can be difficult to observe, but they are the most abundant type of star in the Milky Way and are known to host their own planetary systems.

Previously, such large flares had not been observed in Sol - type main sequence stars, although they are common in a group of dim main - sequence, reddish M dwarfs known as flare stars.

The solar - type star q1 Eri is known to be surrounded by debris, extended on scales of < 30».

supernova type 2 (plural: supernovae or supernovas) A condition that occurs when nuclear fusion can no longer continue in the core of a massive star.

And it might have been blown out of our galaxy by an exploding star known as a type 1a supernova.

We discuss here 11 stars of spectral types A to M where the stellar inclination is known and can be compared to that of the spatially - resolved dust belts.