Sentences Generator
And
Your saved sentences

No sentences have been saved yet

213 Sentences With "star systems"

How to use star systems in a sentence? Find typical usage patterns (collocations)/phrases/context for "star systems" and check conjugation/comparative form for "star systems". Mastering all the usages of "star systems" from sentence examples published by news publications.

What we do know is that planets in multi-star systems have been studied far less often, but are potentially just as numerous as planets in single-star systems.
Well, binary star systems are stable, so let's start there.
They dominate entire star systems by slowly brainwashing their inhabitants.
Most star systems involve blazingly hot and massive gas giants that sit uncomfortably close to their host stars, or binary star systems in which complex gravitational effects make it difficult for planets to form.
Star systems can blind us from the value of higher education.
Understanding them better helps us better understand how star systems form.
That will help it track down visitors from other star systems.
Planets orbiting dual star systems are extra hard to find, though.
Just as planets orbit stars, star systems orbit the galactic center.
This world isn't the only planet found in multi-star systems.
The taxation of trade routes to outlying star systems is in dispute.
It shows us yet another way that star systems can be configured.
And actually there aren't that many star systems within 100 light years.
Freelancer has a whole hidden, parallel transit network connecting its star systems.
Next, the researchers plan to explore more star systems studied by Kepler.
The interstellar medium is the space between star systems in a galaxy.
Around four in every five star systems feature two or more stellar objects.
They are also searching for similar star systems to conduct more atmospheric study.
They could find more molecules that precurse biology in still-forming star systems.
Its extended goal is to identify approximately 20,000 planets around nearby star systems.
Scientists can learn about other star systems by studying objects like 2I/Borisov
I jump across two star systems, but don't find what I'm looking for.
The researchers are also searching for similar star systems to conduct more atmospheric research.
The bursts can act like a signature for decoding the space between star systems.
Now, other astronomers might be able to do the same with other star systems.
Other triple star systems, like HD 1885 Ab pictured above, also have similar skies.
Tom Ruen But of all the possible candidate star systems, none provided a match.
That project, he said, has observed spurts of infrared light in faraway star systems.
These two objects offer a rare glimpse of the contents of distant star systems.
As Mr. Spock and Captain James T. Kirk, they crossed star systems together for decades.
The updated site offers plenty of stunning photos of nebulas, supernovas, star systems, galaxies, etc.
Over the past 20 years, scientists have discovered thousands of exoplanets in alien star systems.
Indeed, the journey to other star systems alone could take thousands or millions of years.
Binary and multiple star systems are common, especially when massive O-type stars are involved.
Kepler-223 is helping astronomers understand how our solar system and other star systems formed.
Information about these planetary collisions might also help scientists studying star systems beyond our own.
Each new object that astronomers identify can teach us something new about other star systems.
The camera helps scientists study a range of objects, from distant galaxies to nearby star systems.
Thousands of star systems to get lost in, and he barely gets a minute to himself.
That supports Dr. Shara's hypothesis that these types of star systems go through all three stages.
The new image is providing fresh insights into multi-star systems and how they come into existence.
I reached Avkazatelnye Saito, a snowy moon about six or seven star systems past my starting location.
Humans haven't yet figured out how to travel to other star systems to study exoplanets up close.
Star systems like our own solar system would be more likely to spit out comets than asteroids.
More specifically, they were looking for binary star systems that could be used to better determine astronomical distances.
Recently, researchers released high-resolution images of the swirls and rings of still-forming planetary and star systems.
And my answer is that those aren't the beings or the star systems we need to worry about.
Today, Kepler is getting a good look at some of these relatively common star systems in the galaxy.
This new comet seems to be more in-line with scientists' expectations about objects from other star systems.
Observations of this rare object could tell us more about other star systems, and possibly even our own.
A number of scientists reckon a more modest approach towards spreading life to other star systems might be possible.
A total of 0.673,000 star systems have been identified in advance as being habitable, and thus suitable for settlement.
Where thousands of exoplanets have been detected within star systems, only about a dozen rogue planets have been discovered.
Of the 150,000 stars represented in Kepler's collection, the computer combed through 670 star systems for signs of exoplanets.
Molnar and his colleagues have identified seven candidate double-star systems in a "penultimate" stage of becoming red novas.
The infrared signature of PAHs has been identified in multiple young star systems that lack an AME glow, they noted.
It's also important to remember that the premise of life existing at all in red dwarf star systems is speculative.
Such multi-star systems are actually quite common, but they have not been places where astronomers have looked for exoplanets.
Maybe it's just bad luck; across four star systems and more than a dozen planets, I've explored largely barren worlds.
TRAPPIST (it stands for TRansiting Planets and PlanetesImals Small Telescope) uses transit photometry to detect planets in other star systems.
The JWST will do everything from observing the afterglow of the Big Bang to imaging planets in other star systems.
The action centers around Ilus, a new, seemingly unpopulated world found beyond a newly opened gate to other star systems.
"We finally have evidence of the explosion that actually creates double neutron star systems," CalTech graduate student Kishalay De told Gizmodo.
If all goes well, it may even be capable of continuing its mission to detect more exoplanets in distant star systems.
So began their hunt for aliens and alien tech, and in 2003 they published a catalog of potentially habitable star systems.
Hopefully, our descendants will have struck out for other star systems long before the Sun starts snacking on the inner planets.
Often players will have to make hundreds of jumps through hundreds of star systems, plotting out their own route along the way.
For this reason, a better understanding of the heliopause has implications for identifying potentially habitable star systems and exoplanets beyond our Sun.
Players who discover something for the first time, ranging from whole star systems to individual plants, are allowed to name it, as well.
These three star systems produced the characteristic infrared signal associated with hydrogenated nanodiamonds, that is, nanodiamonds with hydrogen-bearing molecules on the surface.
Learning more about the formation of this multi-star system could help scientists figure out how these multi-star systems form in general.
We don't have faster than light capabilities, but we do have practical ideas for how to travel through space to other star systems.
Energy demands would quickly grow as a civilization tried to hide from, or signal to, an increasing number of star systems, Loeb added.
Tobin and his team hope to study more newborn star systems to better understand why our Solar System only has one lonely star.
Multi-star systems are super bright, so much so that they often drown out any planets orbiting nearby, making them hard to spot.
A study published last year points to climate change as the most likely "filter" that prevents a civilization from reaching other star systems.
Isella and his fellow researchers have searched for young star systems in order to find planets that are still forming the remaining disks.
Theoretical modeling of star systems is also a very complicated business, Tan said, and this new study may have overlooked some important factors.
Astronomers believe that a third of the star systems in our galaxy, the Milky Way, are made up of two or more stars.
The researchers also found other potential star systems where moons could be hiding from our view, but they need to find more clues.
Last week, a study found that 87% of Earth-like planets in two-star systems should have a stable axis tilt like Earth's.
The unusually high amount of double star systems demonstrates that Arp 299 includes some of the most prolific star-forming galaxies in the universe.
The unusually high amount of double star systems demonstrates that Arp 299 includes some of the most prolific star-forming galaxies in the universe.
But the findings suggest that classical novae and dwarf novae may actually be the same star systems, just at different points in their lives.
Sidereal astrologers use the positions of fixed star systems and constellations, while tropical astrologers look to the sun's position in relation to the earth.
On most star systems, the main travel paths are narrow roads surrounded on both sides by forbidding fields of ice, asteroids, or space junk.
This one star system, she said, gives astronomers many chances to look for life, and refine their understanding of exoplanets in small-star systems.
But even with this limitation, the researchers found that the Milky Way could be filled with settled star systems that we don't know about.
Now, researchers are proposing that some violent interactions between stars could actually increase the habitable zones for planets orbiting binary, or two-star, systems.
Like Mr. Holmes, he finds comfort in "Star Wars" jokes, opening his show in a Jedi cloak and intoning darkly about faraway star systems.
This week, the Chandra X-ray Observatory followed developments within IC 10, a starburst galaxy with more than a dozen x-ray binary star systems.
I'm not sure exactly how to find one of these planets, so I decide to simply keep jumping star systems until I stumble across one.
I also thought I'd be allowed to explore as much of the universe as I wanted, instead of being limited to jumping between star systems.
In the study, researchers ran more than 45,000 computer simulations, examining where planets of various masses and dimensions could exist in two- and three-star systems.
Second, they need to learn enough about exoplanets to make informed predictions about habitability, and to make meaningful searches of alien life in distant star systems.
These analyses should be done on as many exoplanets as possible, and on star systems featuring varying orbital parameters and host star types, the authors recommend.
These biophore-carrying space capsules could be dispersed to nearby star systems where they might germinate life on new worlds like spacefaring versions of plant seeds.
Binary black hole or neutron star systems, in which two massive objects orbit close together, would be even more ideal because they could provide more energy.
Now, a physicist has taken this metaphor to the next level with new research into giant hypothetical machines with the power to move full star systems.
Scientists figured that small stars are able to churn out rocky planets, but that dwarf star systems didn't possess enough overall material to form Jupiter-sized planets.
Instead of using our telescopes to scan planets in distant star systems, Lingam and Loeb say we should examine the interstellar objects captured by our Solar System.
NASA launched the Kepler telescope on March 6, 2009, to learn if Earth-like planets that might harbor life are common or rare in other star systems.
In Everspace, you explore a series of increasingly dangerous star systems as you search for sweet loot and useful resources while blasting enemy fighters into space dust.
The Kepler space probe and astronomers, using telescopes on Earth, have identified on the order of 2,000 planets orbiting other star systems, most of them resembling Jupiter.
But in the billions upon billions of star systems in our galaxy alone, should two greenhouse gases, CO22 and water, always be our litmus test for habitability?
Mendez works at the University of Puerto Rico at Arecibo, training the telescope toward red dwarf star systems that have planets, to understand more about their habitability.
But eLISA could potentially detect waves coming from much slower moving objects in space, like some binary neutron star systems or supermassive black holes merging far away.
But as I look at my map of star systems, I realize this isn't something I can keep doing — not if I really want to find Atlas.
The IAU noted that the discovery of 2I/Borisov suggests that interstellar objects are "sufficiently numerous" that a new window may open to investigate other star systems.
The ''passive'' approach was essential, they argued, but an ''active'' SETI — one targeting nearby star systems with high-powered radio signals — would increase the odds of contact.
Ultimately, scientists realized that our sun was once likely surrounded by a disk, much in the same way as other young star systems that have been observed.
"Multiple-star systems are common, and about 50% of stars have binary companion stars," Gongjie Li, a co-author on the study, said in a press release.
New research published today in Nature Astronomy suggests this interpretation was wrong, and that clouds of nanodiamonds located within embryonic star systems are the true source of AMEs.
The galaxies contain numerous high-mass X-ray binary star systems, captured in a composite image with data from NASA's Chandra Observatory, NuStar, and the Hubble Space Telescope.
Observing star systems in the infrared makes it much easier to pinpoint when light is coming from a star and when it's being reflected off of a planet.
The deluge of planetary candidates are distributed among 208 star systems, which means we have the honor of welcoming many new multi-planet systems to our cosmic neighborhood.
We see them overcome various "Seldon crises," gaining more and more star systems—until the Empire collapses halfway through the second book, Foundation and Empire, ahead of schedule.
Scientists believe these unusual grains (and they were only able to get 36 of them) come from interstellar space—the huge swaths of relative emptiness between star systems.
"Now if we know that in other star systems there are not only planets but moons, it gives us other locations to consider for potential habitability," Wiseman says.
By properly characterizing more of these systems in our galaxy and beyond, scientists can learn more about how various star systems evolved in our part of the universe.
It turns out that one of the systems those pirates destroyed was my warp reactor, which boosts the hyperdrive's power, allowing me to travel to distant star systems.
Additionally, galactic trade has been entirely revamped, adding "wealth, economy, and conflict" to the game's star systems, and the map interface has been altered to address these changes.
When we say that the odds of something are "astronomical," the box office star continued, we actually included black-hole systems and black matter and whole star systems.
They have also spotted similar binary star systems that appear quite stable, calmly orbiting each other, and others that are belching only small eruptions known as dwarf novas.
These early chemical reactions and presolar ingredients are essential clues about how Earth came to host life, and how common habitable conditions might be in other star systems.
As technology-enabled star systems emerge in other high-value fields, institutions — and their credential programs — must emerge as clearly superior environments for students to produce superior work product.
"Wolf-Rayet star systems are thought to be the progenitors of long gamma-ray bursts, so if there's one in our galaxy that's an exciting find," Pope told Gizmodo.
There's a lot of history with such star systems; the first relevant observation of a variable star that contemporary astronomers can refer back to was in the 17th century.
A triple-star system has been captured in the middle of its birth, giving astronomers one of the first direct glimpses into how multiple-star systems come to be.
So while its use as a potential biosignature is now diminished, the new study still tells us something we didn't know before about the environments around nascent star systems.
More than half of those, in turn, exist in binary star systems that have also been disregarded as being too different from the conditions present in the solar system.
They're particularly focused on the search for planets in the "habitable zone" of star systems, meaning, in theory, that water could exist on the surface in a liquid form.
" Binary star systems are two stars that orbit around each other, not unlike the twin suns we see in the sky over Tatooine in "Star Wars: A New Hope.
But it may well end up with triple the distance range of ngVLA, which would allow it to screen about 10 star systems within 15 light years for leakage.
Dr Lubin suggests using powerful lasers to push craft attached to light sails in the direction of nearby star systems—probably starting with Alpha Centauri, the nearest of the lot.
In their research, for instance, Conselice and his co-authors determined that the number of galaxies is dwindling over time as these massive star systems merge into ever-larger structures.
These bonuses have made it a central target of the $100 million Breakthrough Starshot mission, funded by billionaire Yuri Milner, which aims to send tiny spacecraft to other star systems.
But when it comes to other star systems, NASA telescopes can hunt for new exoplanets by watching for tiny dips in a star's brightness caused by transits of orbiting planets.
Seed ships could be entirely robotic, but might contain human embryos that could be delivered to distant star systems where they would be incubated and, presumably, raised by robo-caretakers.
Scientists have directly observed the rocky guts of exoplanets, which are worlds from different star systems, by watching the fallout of these objects crashing into the corpses of dead stars.
Thanks to NASA's Kepler space telescope, which was created with the goal of taking a census of our galactic neighbourhood, we now know of several planets orbiting binary star systems.
These are industries reliant on star systems with particularly steep income gradients — Matt Lauer made $25 million per year, while on-the-ground former journalists are now receiving food stamps.
Quadruple star systems featuring two binary pairs are nothing unusual, nor is the discovery of a surrounding protoplanetary disk—a ring of gas and dust that gradually congeals to form planets.
As a new study published in Nature points out, it's changing our conceptions of how multi-star systems emerge from the swirling mass of gas and dust within a protostellar disk.
But it will become more urgent if any of the projects currently being discussed to build probes to travel to nearby star systems gets off the drawing board and into space.
Sure, the gates only bridged one system to another, but passing through star systems to reach the gate you wanted was a lot faster and safer than burning between the stars.
They factored in a variety of possibilities for a hypothetical civilization's proximity to new star systems, the range and speed of its interstellar probes, and the launch rate of those probes.
Materials in the interstellar medium are the foundation of new stars and planets, and the proportion of carbon in it could determine how many organic compounds form in the resulting star systems.
A study published last month in The Astronomical Journal posits that intelligent extraterrestrial life could be taking its time to explore the galaxy, harnessing star systems' movement to make star-hopping easier.
Advancing this type of propulsion technology could one day help spacecraft reach nearby star systems that aren't currently accessible due to the finite amounts of fuel we can launch off the planet.
Indeed, because this compound was detected around Comet 67P/C-G, we also know that methyl chloride clings to comets—objects that happen to form during the primordial phase of star systems.
"The discovery of this dwarf nova was unexpected, since it wasn't what we were searching for, but it provided excellent data and new insights into these vampire star systems," Ridden-Harper said.
Rating systems like the ubiquitous five-star systems offer information on individuals' quality of service for the consideration of consumers, incentives for complete effort and an outlet for reporting problems and issues.
"I think the next step is a dedicated imaging survey around multi-star systems to see if this type of system is a class of astronomical objects, or an aberration," Johnson said. 
Knowing whether there are dust-free or dust-light zones inside the Sun, separated by rings, also has the potential to help scientists make predictions about the habitability of alien star systems.
In the new study, researchers used the Green Bank Telescope in West Virginia and the Australia Telescope Compact Array to search for AME light in 14 newborn star systems across the Milky Way.
This image suggests there are at least two ways in which multi-star systems can emerge, and that in this case, a third star popped into existence around stars that had already formed.
The audience did not have to ask if that particular stormtrooper had crafted a better health care system for the Republic or how they stood on how distant star systems should be taxed.
There are many exoplanets like Uranus and Neptune in other star systems, and a firmer understanding of these worlds' inner dynamics could help inform estimates of their mass, size, composition, and geological activity.
To that point, Reitze said that LIGO is likely to pick up on gravitational waves from predicted sources like black hole mergers, binary star systems, supernovae, and other phenomenon within the next year.
But its sheer existence suggests that transfer of celestial objects between star systems is more common than previously thought, and there may well be many other interstellar objects, or ISOs in our midst.
Scientists are trying to understand where it came from and what it's made of and see if it can tell us anything about how planets form and what distant star systems might look like.
Photo: British Antarctic SurveyElite Dangerous, for the uninitiated, is a 1:1 replica of our Milky Way galaxy in which players can trade, fight aliens, or simply explore 400 million procedurally generated star systems.
Vanderburg and Shallue then used the technology to look at the data from 670 other star systems that they knew had planets to find any other worlds that may be lurking in the data.
At the end of last year, NASA celebrated the completion of the optics portion of the JWST — the mirror and instruments the telescope will use to study the most distant galaxies and star systems.
As philosopher Nick Bostrom has explained, this concept suggests that life on an Earth-like planet has to achieve several "evolutionary transitions or steps" before it can communicate with civilizations in other star systems.
The study, published in The Astronomical Journal in August, posits that intelligent aliens could be taking their time to explore the galaxy, harnessing star systems' movements and orbital shifts to make star-hopping easier.
In order to help find weaker signals of potential planets that researchers had missed, the neural network was trained to look for weak signals in star systems that were known to support multiple planets.
According to new research from NASA, planets in the habitable zone in red dwarf star systems—including much-hyped exoplanet Proxima b—might lose too much oxygen to support liquid water, and therefore, life. Goddammit.
This simple structure has almost everything I need: a machine for refining minerals, a teleporter so that I can easily travel between star systems, and an all-terrain vehicle for quickly scouting the planet's surface.
But there are so many other star systems; there are so many other exoplanets, just in our galaxy alone, that there must be millions, billions of other Earths that have the conditions necessary for life.
Pieces like their Floating Flower Garden and Crystal Universe are also stunning, but Interactive Magnetic Field Theatre has the added bonus of being educational, teaching children about star systems and how electricity travels between atoms.
An ESE is the result of a wide fluctuation in the density of the extremely slight "atmosphere" of dust, gas, radiation, and plasma found between star systems in a galaxy, aka the interstellar medium (ISM).
Image: 20th Century FoxLooking for life in all the wrong placesThe movie: Years ago, Clifford McBride and crew set out on a decades-long journey to Neptune to search for life around other star systems.
Photo: NASA (AP)NASA's venerable Kepler space telescope, which discovered nearly 2,700 exoplanets in distant star systems, has officially been retired after finally running out of fuel, the space agency wrote in a statement on Tuesday.
He repeated his spiel that becoming a "spacefaring civilization and a multi-planet species" on Earth, Mars, Moon, Venus, Jupiter, and planets in other star systems is the best possible prospect for the future of humanity.
Walsh explores the idea that it may just be hard to reach us way out here, especially if other intelligent civilizations have, like us, not yet figured out an efficient way to travel between star systems.
Why it matters: These interlopers — the first of which came through the inner solar system in 2017 — represent the best chance astronomers have so far of learning more about far off star systems from close range.
To add a bit of context, one of the scientists making this "exotic" claim is currently working on an initiative to look for extraterrestrial life in deep space, by sending probes from Earth to other star systems.
Since Voyager 1 is passing between star systems, it's not going to pass near enough to any objects to get a good photo again, so the mission team decided to save the probe's power for data collection.
We now know that virtually all stars have planets circling them, and perhaps as many as one in five star systems has a potentially habitable exoplanet at just the right distance from its star to support life.
"The task... is to settle as many of the [100,000] star systems as possible, in as uniform a spatial distribution as possible, while using as little propulsive velocity change as possible," according to the GOTX contest guidelines.
Scientists believe supermassive black holes may be connected to the formation of galaxies, as they often exist at the center of the massive star systems -- but it is still not clear exactly how, or which form first.
By comparing their properties to the processes observed in other systems, astronomers are gradually piecing together a more cohesive picture of how star systems are born—while getting into bombastic fights with each other in the process.
Astronomers have to validate these dips in luminosity to prove they're actually caused by exoplanets, and not other sources such a nearby asteroid, interfering star systems, a distant cloud of gas and dust, or human-caused mechanical interference.
These massive star systems are on the verge of entering into their death throes, at which time they'll generate a type of supernova that emits an extremely powerful and narrow jet of plasma—the dreaded gamma-ray burst.
Humans have figured out how to send spacecraft into the deep reaches of the solar system, but it will take major advances in spaceflight before we can hop over to other star systems or traverse the Milky Way.
Why it matters: If confirmed, this will be only the second interstellar object on a track through the solar system found by scientists, and it could help researchers learn more about how star systems beyond our own form.
Some alien planets in multiple-star systems — such as the two-sun Tatooine, Luke&aposs home world in the " Star Wars " universe — may indeed nestle in orbits that are stable for long stretches of time, a new study suggests.
According to previous studies, binary star systems that drift too close to the black hole could be torn apart by strong tidal forces, resulting in one star being consumed while the other is drop-kicked out of the galaxy.
Runaway stars are exactly what they sound like: stars that seem to be moving too quickly or in the wrong direction, either because of gravitational effects or because they were once in multiple-star systems where one member went supernova.
Barring some handwaving in the form of faster-than-light-travel, inhabited star systems allow for authors to create a region of space in which they can operate, without having to worry too much about breaking the laws of physics.
But while scientists continue to probe the violent mysteries of multi-star systems, the rest of us can go about our lives a bit more grateful for this mercifully pacifistic corner of the galaxy we're lucky enough to live in.
That included talking to more than 70 players, poring over forum posts, and analyzing data from sites like Dotlan, which tracks things like the number of ships destroyed in a battle or which corporations owned which star systems on which dates.
One of the first direct glimpses into how multiple-star systems come to be That theory says that extra stars can pop up within another star's protoplanetary disk — the dense saucer of rotating gas that surrounds a newly formed sun.
Another study this week suggested that binary, or two-star, systems may host planets that are more likely to be in the habitable zone -- that Goldilocks spot that isn't too hot or cold and can support liquid water on the surface.
The countless procedurally generated star systems of the game, enough to fill 25 billion years of play before you'd feel confident of having seen absolutely everything it can produce (good luck with that), are supposedly on hold until July, or even August.
Its discoveries have included that roughly 20 percent of stars like our own sun have habitable zones containing at least one planet—and that it is also likely that many star systems have giant planets with moons large enough to potentially harbor life.
As it turns out, Kepler has discovered key insights about the unique nature of our stellar neighborhood, which have included blazing-hot gas giants in perilous proximity to their host stars, binary star systems, and red dwarfs orbited by numerous rocky worlds.
"We may imagine that beings more technologically advanced than humanity would be capable of constructing...laser launchers with power levels at least as high as those detectable here, for any of the 5,600 star systems we surveyed," explained the researchers in their study.
According to the team, ultracool dwarf star systems like TRAPPIST-1 make up about 15 percent of the stars in the vicinity of our solar system, so they are a particularly promising population to sift through in the search for proximate Earth analogs.
"From conventional observations with light, we already knew of 17 binary neutron star systems in our own galaxy and we have estimated the masses of these stars," said Ben Farr, study co-author and LIGO team member based at the University of Oregon.
Recently, a set of astronomical images were released by scientists working on the Disk Substructures at High Angular Resolution Project (DSHARP) — images of still-forming planetary and star systems, their swirls and rings indicating the waxing and waning density of materials required to build planets.
The term "zombie" has been applied to a few different types of star systems, but the most well-known scenario involves a low-mass white dwarf star exploding in a Type Iax supernova, which means that the star survives what is normally a fatal blast.
If civilizations arise in star systems far from the others (like our own, which is in the backwaters of the galaxy), they could make the trip shorter by waiting until their orbital path brings them closer to a habitable star system, the study said.
Which means that over the course of our galaxy's lifetime so far, little Oumuamua might have cruised through some 20,000 star systems — a small fraction of the 200 billion stars in the galaxy, but still a goodly number of stamps on its cosmic passport.
"No broad consensus has yet been reached concerning their nature," the team added, noting that while the G objects "show the characteristics of gas and dust clouds," they also display the "dynamical properties of stellar-mass objects" such as single stars or multi-star systems.
Once your ship is up and running, you can fly off at your leisure, to explore the local planets or gather more resources — which are necessary to keep your ship running, to keep you alive while exploring the surface of planets, to move between star systems.
"This means that double-star systems of the type studied here are excellent candidates to host habitable planets, despite the large variations in the amount of starlight hypothetical planets in such a system would receive," said Max Popp, associate research scholar at Princeton University, in a press release.
Though our Sun appears to be a bit of a loner, with no obvious companions nearby, scientists have estimated that around half of all star systems in the Milky Way are comprised of at least two stars, including the closest system to our own, Alpha Centauri, which contains three.
New Earth-Like Exoplanet Could Be Discovery of the CenturyIn what's being hailed as one of the biggest astronomical discoveries of the century, scientists…Read more Read"It is controversial whether or not life can exist in low mass star systems like Proxima Centauri," Harvard astronomer Avi Loeb told Gizmodo.
The first alien I meet is a warrior who offers to give me a better multi-tool for no real reason other than being nice; the other, the one who sent the beacon in the first place, provides the blueprints I need to build a hyperdrive that will allow me to fly to distant star systems.
Artist's conception of the Kepler-47 star systemIllustration: NASATo that end, the researchers are recommending a "holistic" approach to the study of exoplanets and their environments, such as surveying a wide variety of planet types (including protoplanetary disks, baby planets, and star systems at the end of their lives), and finding ways to determine the mass, size, atmospheric compositions, and chemistry of distant worlds.

No results under this filter, show 213 sentences.

Copyright © 2024 RandomSentenceGen.com All rights reserved.