Sentences with phrase «type stars like»

For the final catalog, the team focused on teasing out Earth - sized planets around G - type stars like our sun.

Errai A may only be around three billion years old — less than Sol's 4.6 billion years — having evolved faster from a high mass than Sol, as possibly a much hotter, bluish white spectral type A star like Altair (Klaus Fuhrmann).

Not exact matches

Getting more hits, and concert tours, often did depend on the celebrity - friendly - manners and publicity - work that labels like Motown emphasized, but still, pop - music celebrity always remained somewhat different from the image - drenched Hollywood method of star - creation, which especially in the early days tended to be far more about the star's type - cast and sex - appeal possibilities than acting talents.

All these delusional religion types, they are all products of star dust like everyone else, right?

Terry Crews does not seem like the type of Hollywood star who would have a story like this.

I like Lindsey a lot, but I believe he is a four - star type and am not comfortable awarding five - star status to a 5» 9, 161 - pound receiver.

Then, about player... i already said on early season we will play sanchez on suarez role, and it success... so, now we just realized that we have one more gems to work... it is chamberlain, the ox... what will we doing is, he has body type and dribble like someone star... its is hazard... from now lets give hazard role to chamberlain...

The Arsenal star has suffered with a number of injuries over the years, and he is not the type of player who we will like to see played short of fitness.

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.

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

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

While many of the «Stars — They're Just Like Us» - type comparisons often fall short, this one hits close to home for many nursing moms.

The find, which was announced in Nature, is the brightest pulsar — a type of rotating neutron star that emits a bright beam of energy that regularly sweeps past Earth like a lighthouse beam — ever seen.

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.

Brain and his colleagues started to think about applying these insights to a hypothetical Mars - like planet in orbit around some type of M - star, or red dwarf, the most common class of stars in our galaxy.

The star's interior then rebounds like a spherical piston, exploding into a type II supernova.

If we're talking about Earth - like planets, I would guess somewhere between 1 and 10 percent [of G - type stars, like our sun] may have Earth - like planets.

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.

«The community should be careful about ignoring worlds that are very close to their stars, like Venus - type worlds,» Way says.

Galaxies are divided into two types: elliptical galaxies that have many stars, but little dust and gas; and spiral galaxies like our own, the Milky Way, which contain lots of dust and gas.

Estimates of the odds of a planet in general vary; some studies suggest sunlike stars have about a one in 10 chance of hosting an Earth - like planet, for example, whereas others say it's possible nearly every main - sequence star has at least one planet of some type orbiting it.

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.

Red dwarfs, by far the most abundant type of star in the galaxy, can create planet - like signals during their powerful flares.

For every type of star in the simulation, Forgan and his colleagues estimated the probability that terrestrial planets would form, some of which might be Earth — like or might be as inhospitable as Mercury.

His firm, Quantametrics, developed technology for high - powered space lasers, working for clients like the «Star Wars» missile defense program and NASA, which relies on lasers for certain types of astronomical observations.

Almost 2000 exoplanets have been discovered to date, ranging from rocky Earth - like planets to hot - Jupiters, and orbiting every type of star.

Vega is a slightly bluish, white main sequence dwarf star of spectral and luminosity type A0 V, like Sirius.

Superflares - According to one recent hypothesis, unusually intense stellar flares from a sun - like («Sol - type») star could be caused by the interaction of the magnetic field of a giant planet in tight orbit with that star's own magnetic field.

The failure, thus far, to find large substellar objects like brown dwarfs or a Jupiter - or Saturn - class planet in a «torch» orbit (closer han the Mercury to Sun distance) around 107 Piscium — with even the highly sensitive radial - velocity technique of Geoffrey W. Marcy and R. Paul Butler — bodes well for the possibility of Earth - type terrestrial planets around this star (Cumming et al, 1999).

Take the most common type of star in the Milky Way - so - called red dwarf stars that are cooler, smaller and longer - lived than stars like the sun.

Type Ia supernovas are known to form when a white dwarf merges with another star, like a puffed - up red giant (as opposed to Type II supernovas, which form when a single star dies and collapses on itself).

Recent statistics indicate that over a fourth of Sun - like stars and roughly a half of red dwarfs in our Milky Way Galaxy have been found in multi-star systems — around 44 percent of of spectral types F6 to K3 and possibly declining to one third to one fourth of very dim type M stars that are difficult to observe (Raghavan et al, 2010; Charles J. Lada, 2006; and Duquennoy and Mayor, 1991).

In order to be warmed sufficiently have liquid water at the surface, an Earth - type rocky planet would have to be located very close to such a cool and dim red dwarf star like CD - 51 5974.

The super-Earth is one of the first two found around a spectral type G star, like our Sun, Sol.

It is a solar - like main - sequence star with a similar yellowish colour, [31] whose stellar classification is spectral type G2 V. From the determined mutual orbital parameters, Alpha Centauri A is about 10 percent more massive than the Sun, with a radius about 22 percent larger.

The primary, component A, is a Sun - like star [10] with a stellar classification of F8 V, [5] indicating it is an F - type main - sequence star that is generating energy via hydrogen fusion at its core.

Not only do the types of stars differ in many ways from what we can see in our serene nighttime sky from Earth, but the stars at the galactic center are also not behaving like the stars around us.

However, the high luminosity of the primary star, intense Ca II H and K emission (Smith and Dominy, 1979), and radial velocity variations somewhat larger than can be accounted for by the expected uncertainties suggested that Delta Eridani might be an RS CVn - type binary and therefore a photometric variable like most members of that class.

Like the other two stars, EZ Aquarii C is a probable M - type red dwarf that is close to the hydrogen - burning mass limit and so may have less than a tenth of Sol's mass.

The slash stars are O - type stars with WN - like lines in their spectra.

However, if this star is as young as chromospheric activity alone would suggest, then it is likely that only primitive organisms like bacteria that can survive heavy meteorite or cometary bombardment would be likely to survive on any Earth - type planet that has cooled sufficiently to allow carbon - based lifeforms to develop.

Gravitational microlensing, on the other hand, results from the bending of light from much smaller and less massive stellar - type objects like brown dwarfs, red dwarfs, neutron stars, and black holes.

Because it covers more of the sky, the K2 mission is capable of observing a larger fraction of cooler, smaller, red - dwarf type stars, and because such stars are much more common in the Milky Way than Sun - like stars, nearby stars will predominantly be red dwarfs.

The failure, thus far, to find large substellar objects like brown dwarfs or a Jupiter - or Saturn - class planet in a «torch» orbit (closer than the Mercury to Sun distance) around Xi Boötis A — with even the highly sensitive radial - velocity methods of Geoffrey W. Marcy and R. Paul Butler — bodes well for the possibility of Earth - type terrestrial planets around this star (Cumming et al, 1999).

However, the development of an Earth - like planet in this zone could have been disrupted by the eccentric orbit of planet b. Astronomers would find it very difficult to detect an Earth - type planet in the water zone of this star using present methods.

The majority of these systems are unresolved and analysis of the dust properties is limited by the lack of information regarding the dust location.vThe Herschel DUNES key program is observing 133 nearby, Sun - like stars (< 20 pc, FGK spectral type) in a volume limited survey to constrain the absolute incidence of cold dust around these stars by detection of far infrared excess emission at flux levels comparable to the Edgeworth - Kuiper belt (EKB).

Stars like US 708 could give researchers a better handle on what causes type 1a supernovas.

The inferred occurrence rates are comparable for early type and Sun - like stars, but decrease from 60 (+16 / -21) % for stars with previously detected cold dust to 8 (+10 / -3) % for stars without such excess, confirming earlier results at higher sensitivity.

The majority of these systems are unresolved and analysis of the dust properties is limited by the lack of information regarding the dust location.vThe Herschel DUNES key program is observing 133 nearby, Sun - like stars (< 20 pc, FGK spectral type) in a volume... ▽ More Dusty debris discs around main sequence stars are thought to be the result of continuous collisional grinding of planetesimals in the system.

Kepler 62 is a K - 2 dwarf star that is smaller, cooler, only a fifth as bright as our Sun, Sol, while Kepler 69 is a Sun - like G - type dwarf with perhaps 93 percent of its mass and 80 percent of its brightness.