53 Surprising Facts About The Appearance Of A Real Star

Today’s topic is What Does A Real Star Look Like. Obviously, you can find a great deal of What Do Stars Look Like From The Moon-related content online. The proliferation of online platforms has streamlined our access to information.

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53 Unexpected Facts About What Does A Real Star Look Like | Shape Of Star In The Sky

• Now we’re really talking about someone looking at our planet as it was a long time ago. Andromeda lies approximately 2.5 million light-years away: the only galaxy in the Local Group more massive and with more stars than our own Milky Way. Someone present in Andromeda right now would see our planet as it was 2.5 million years ago: long before the emergence of modern humans. - Source: Internet
• The Large Magellanic Cloud is home to the closest supernova of the last century, having occurred in 1987. The pink regions here are not artificial, but are signals of ionized hydrogen and active star formation, likely triggered by gravitational interactions and tidal forces. The pink regions specifically arise when electrons fall back onto ionized hydrogen nuclei, and transition from the n=3 to the n=2 energy level, producing photons of precisely 656.3 nm. (Credit: Jesús Peláez Aguado) - Source: Internet
• Christiaan Huygens of Holland lived from 1629 to 1695. He determined the distance to the star Sirius, assuming that that star was as bright as the Sun and appeared faint only because of its great distance. He found that the distance to Sirius must be very great. At this time, then, the idea that the Sun is a star was considered seriously by scientists. - Source: Internet
• To us, all stars are pleasing to the eye, but one star in our galaxy stands out, not because of its looks, but because it gives us life. That is the Sun. A fun astronomy fact: for the Earth and in some cases, a neighbouring planet or two, the Sun is the centre of attention. Not because of its go, but because it holds the solar system together. - Source: Internet
• The star of David, however, is not found in the Bible nor in the Talmud, the set of teachings and commentaries on the Torah that form the basis for Jewish law. (The Torah comprises the first five books of the Bible: Genesis, Exodus, Leviticus, Numbers, and Deuteronomy. They are the central documents of Judaism.) - Source: Internet
• Twinkle, twinkle, little star. Many people like to stargaze when going on a romantic first date, but not many decide to watch the Moon or the Sun instead, even though the Sun is a star – because let us face it: “Do you want to watch the stars?” sounds better and will more likely get you that date. Next time, if you wish to spice up your date with your beginner astronomy knowledge about the universe you read in a magazine, just remember that every Sun is a star, but not every star is a Sun. - Source: Internet
• According to science and astronomy, the Sun is a completely ordinary star: a big, glowing ball of gas. In its core, it combines hydrogen into helium, as every star does, to generate a sufficient amount of pressure so it dodges the bullet of collapsing under its own gravity. It shines brightly and keeps us warm. But if you clicked on this article to find a one-word answer for your research whether the Sun is a star or not, we apologise for making you wait until the end to tell you that the answer is yes. - Source: Internet
• Every observer in the Universe, so long as they haven’t spent a large amount of time traveling close to the speed of light (or in an extraordinarily large gravitational field, such as just outside a black hole’s event horizon), will perceive “right now” as the same instant in time relative to the Big Bang: 13.8 billion years after that creation event. For nearby objects, the speed of light is great enough that the difference in time between source-and-observer can be neglected in most cases. But the farther away we look, the farther back in time, closer toward the instant of the Big Bang, we see. - Source: Internet
• Planet Earth, this early on, likely has a volatile early atmosphere, dominated by hydrogen, helium, water vapor, ammonia, and methane. So, very likely, did Mars and Venus. Life might already be emerging on any or all of these young worlds, but an external observer would have no identifiable signatures to look for. Until biological activity begins transforming the atmosphere, surface, or waters of this world in a measurable way, it will look like any other rocky planet in the Universe: unremarkable and uninhabited. Someone watching Earth from this vantage point would have no way of predicting that intelligent life would someday emerge on this water-rich world. - Source: Internet
• Within the compacted cloud of hydrogen and helium, a nuclear reaction begins within which large amounts of light is released, and the star begins to shine. A vast majority of the stars in our galaxy, including the Sun, fall into the category of something we call main-sequence stars, making the Sun a star. Stars of an intermediate mass have lifetimes that range between 50 million and 20 billion years - Source: Internet
• With its rich history, this six-pointed star amulet is considered one of the best-known symbols in modern society. You can see it everywhere, from jewelry and apparel to synagogues’ walls and flags. And they are used for a reason. - Source: Internet
• The hexagram associated with the Star of David has throughout history been used by other religions as well. In Hinduism, it is referred to as the shatkona, with the upward triangle in the star shape representing Shiva (the masculine side of God) and the downward-pointing triangle representing Shakti (the feminine side of the divinity). The symbol thus generally represents the merging of the male and the female, and, the elements of fire and water, respectively. The Star of David also appears in the architecture of Mormon places of worship, where it symbolizes the union of heaven and earth, with God reaching down to man and man reaching up to God. - Source: Internet
• Since the dawn of humanity, people have looked to the sky and marveled at the glittering lights above. With the advent of modern telescopes, scientists came to understand the intricacies of stellar evolution and how these great balls of fire live, grow and die. More often than not, their research produces spectacular images of stars and their related phenomena that invoke awe and wonder. In this gallery, we take a look at some of the best examples from recent years. - Source: Internet
• In fact, an Andromedean would be able to see the very dawn of the Paleolithic era: where human ancestors first began using Stone Age tools. In addition to fires caused by heat, lightning strikes, and volcanic eruptions, there would be fires at night started by our hominid ancestors: the first members of the genus Homo but prior to the emergence of Homo habilis. For more than a million years, our ancestors live alongside member of the genus Australopithecus on the African continent exclusively: the only places these unique “night fires” would occur. Giant, long-lasting eruptions occurred during this time on Earth, including Mount Kenya, Little Barrier Island, Norfolk Island, and Boring Lava Field, launching hundreds or even thousands of cubic kilometers of ejecta into the atmosphere: comparable to the Yellowstone Caldera or the great eruption of Lake Toba. - Source: Internet
• It just so happens that TOI 700, presently known to host at least 3 (and maybe 4) exoplanets, is located 101.6 light-years away from Earth. The innermost planet is rocky, the second planet is likely a smaller, warmer version of Neptune, and the third exoplanet from its parent star, TOI 700d, is about 70% more massive and 19% larger in radius than Earth. (If TOI 700 e is real, it’s also rocky, and interior to TOI 700d, changing its status to the 4th exoplanet from its parent star.) - Source: Internet
• “The most intriguing part of the new observation is that it unveils the remarkable complexity of physical processes that take place in the atmospheres of such stars,” Maria Bergemann of the Max Planck Institute for Astronomy in Germany tells Mandelbaum. “This motivates better models which can be used to infer more accurate information about the life cycles of these stars, thus making interesting predictions for how the stars live and when they die.” - Source: Internet
• Finally, in 1838, Friedrich Bessel for the first time measured the distance to a star without any assumptions about the nature of stars and found it to be enormous. Distances to other stars followed soon, and then people could calculate the true brightnesses of stars, corrected for their distance to us, and discovered them to be about as bright as the Sun. When other things about the Sun were also found to be like those of stars, such as its surface temperature and chemical composition, then the proof was finally here that the Sun is a star. - Source: Internet
• Giordano Bruno, an Italian philosopher, lived from 1548 to 1600. He decided that if the Earth is a planet just like the others, then it does not make sense to divide the Universe into a sphere of fixed stars and a solar system. He said that the Sun is a star, that the Universe is infinitely large, and that there are many worlds. He was condemned by both the Roman Catholic and Reformed Churches for this as well as other things and was burnt alive in Rome in 1600 for heresy (claiming something that does not fit the ideas accepted by the Church). - Source: Internet
• This full-scale view of the Andromeda Galaxy, M31, showcases its star-forming regions lining its spiral arms, its dust lanes, and its central, gas-poor region. However, unlike the Milky Way, Andromeda lacks a prominent central bar. (Credit: Adam Evans/flickr) - Source: Internet
• There is no difference, but a huge one at the same time. Namely, every Sun is a star, but not every star is a Sun. The Sun is larger and as such a lot brighter than most stars. There are billions of Suns in our galaxy alone and as mentioned, many of the stars we see are also Suns. But many celestial objects you see when looking up are not stars. - Source: Internet
• A star is called a Sun only if positioned at the centre of a planetary system. And because many stars in the galaxy also have planets orbiting them, this also makes them Suns. The Sun appears about 64 billion times brighter than it would if it were at the distance of the closest star. Our brains cannot imagine how much brighter the Sun appears to be than the nearest star, which is why they seem so different. - Source: Internet
• NASA (National Aeronautics and Space Administration) claims that there is an infinite number of stars, so naturally, some will be bigger, and some smaller than ours. While our Sun is an average-sized star, it is still ridiculously large. Our star’s brightness does not vary by much and that may be one factor key to the evolution of life on Earth. - Source: Internet
• The earliest uses of the Star of David in Jewish culture had little to do with religion. According to historian Alec Mishory, the star was originally used by Jewish printers to mark their ancestry, decorate their books and to differentiate themselves from their competitors. It was during the 19th century, when European Jews became more integrated with Christian communities, that Jews began to use the star as a religious symbol. - Source: Internet
• Claudius Ptolemaeus (commonly called Ptolemy by speakers of English) of Alexandria (a Greek city in what is now Egypt) around AD 140 (about 1860 years ago) described a geocentric (= earth-centered) model of the universe, with the Earth in the center of the Universe, the Sun as one of the wanderers (“planetes” in Greek) that move relative to the stars, and the stars fixed to the outermost celestial sphere. In this model, the stars and the Sun were completely different. The universe described in this book (which book came to be known as the Almagest) was accepted as the truth by practically everybody for the next 14 centuries, mostly because it was endorsed by the Roman Catholic Church, which became very powerful during that time. This model described fairly accurately how planets move, but not why they moved in just that way, and it lumped the Sun together with the planets rather than with the stars. - Source: Internet
• There’s a race going on in astronomy to get the best picture of distant star. In June, researchers announced they had used the Atacama Large Millimeter/submillimeter Array in Chile to capture the most detailed image of star (apart from our sun), getting a good look at Betelgeuse. Now, a new study of the star Antares has yielded an even better image, reports Ian O’Neill at Space.com, and it’s raised some big questions about the star itself. - Source: Internet
• An observer looking at Earth would see our planet as it was 160,000 years ago. Homo sapiens had already evolved, but weren’t the only members of our genus on the planet, as our direct ancestors were joined by the neanderthals, the denisovians, and possibly by the final surviving members of Homo erectus. Our planet would be rich with signs of life, including complex and differentiated life, but the planet was completely in a pre-technological state. Earth was nearly 80,000 years into a long-duration ice age: the penultimate ice age before the rise of human civilization. From an outside perspective in the Large Magellanic Cloud, there’s no known way that the presence of intelligence on Earth could have been identified. - Source: Internet
• Aristarchus of Samos (Samos is a Greek island in the Aegean Sea) lived from about 310 to 230 BC, about 2250 years ago. He measured the size and distance of the Sun and, though his observations were inaccurate, found that the Sun is much larger than the Earth. Aristarchus then suggested that the small Earth orbits around the big Sun rather than the other way around, and he also suspected that stars were nothing but distant suns, but his ideas were rejected and later forgotten, and he, too, was threatened for suggesting such things. Aristarchus and Anaxagoras had no way of actually measuring the sizes of or distances to stars (except the Sun), so they had no proof for their ideas. - Source: Internet
• “How stars like Antares lose mass so quickly in the final phase of their evolution has been a problem for over half a century,” Ohnaka says in a press release. “The VLTI is the only facility that can directly measure the gas motions in the extended atmosphere of Antares—a crucial step towards clarifying this problem. The next challenge is to identify what’s driving the turbulent motions.” - Source: Internet
• Anaxagoras, who lived in Athens, Greece, around 450 BC (about 2450 years ago), thought that the Sun and stars were fiery stones, that the stars were too far away for their heat to be felt, and that the Sun was perhaps more than a few hundred miles in size. With that Anaxagoras was, as far as we know, the first one to suggest that the Sun is a star. His ideas were met with disapproval and he was finally imprisoned for impiety, because his ideas did not fit the prejudices of the time. - Source: Internet
• In fact, at times over the last few decades, many Christians specifically wore a star of David, either a yellow arm badge, emblazoned on a T-shirt, or as jewelry to show support and love for Jewish people who were facing anti-Semitic backlash and hate crimes. For example, in 1978, a New York Times article reported that many Christians planned to wear the star of David in response to the release of a television documentary on the holocaust, which was being released a few days before the start of the Jewish Passover that year. Nazis were planning a march in Skokie, Illinois, and between that and other anti-Semitic comments and behaviors, including denial of the existence of the Jewish Holocaust during World War II, Christians wore the star in solidarity with Jews to show their love and respect. - Source: Internet
• Antares, a red star in the constellation Scorpio roughly 600 light-years from Earth is one of the brightest lights in the night sky. That’s because the star is a red supergiant, a star reaching the end of its life that begins to puff up, sometimes 100 to 1,000 times larger than our own sun. Eventually, sometime in the next few thousand years, Antares will go supernova, exploding across the night sky. - Source: Internet
• In part because Bruno (a convicted heretic) supported them, the ideas of Copernicus were condemned by the Catholic Church in 1616, and Galileo was tried and convicted of heresy in 1633. He was forced to publicly deny the ideas of Copernicus, and was held under house arrest until he died in 1642. In 1979 a reinvestigation of this conviction was started by the Church and finally the conviction was overturned, about 340 years after Galileo’s death. A famous story, but perhaps untrue, has Galileo mutter (of the Earth) “And yet she moves!” on his death-bed. Yet, Galileo, like Bruno and Aristarchus before him, had no proof that the Sun and stars are alike. - Source: Internet
• Now, we’re talking about really really large cosmic distances. The first quasar ever seen — a QUAsi-StellAr-Radio source — we now know that this object is an active supermassive black hole at the center of a distant galaxy. Although it’s located more than 2 billion light-years from us, the light we see from it has only been in transit for 1.99 billion years, as the expansion of the Universe has stretched the space between ourselves and this far-flung galaxy while the light completes its journey. - Source: Internet
• This is not disappointing. By comparing the two very similar events, the team was able to look at the differences between them to figure out why one had a shock breakout and one did not. In the case of KSN 2011a, the team hypothesises that a gas cloud around the star absorbed or masked the shock breakout. - Source: Internet
• In some young star cluster within the Milky Way galaxy, about 27,000 light-years from the galactic center, a new star system has just emerged within the last 60 million years. The young, cool star is orbited by four inner planets, one of which has just formed a large moon in the aftermath of a giant impact, followed by an asteroid belt, four gas giants, a Kuiper belt, and an Oort cloud. Pluto is only the second largest member of the Kuiper belt, as it’s dwarfed by Triton, a world that will someday be captured by Neptune. - Source: Internet
• Human beings, the only intelligent, advanced civilization known to us, have only been around for a couple of hundred thousand years. Only the few thousand nearest star systems would know that we’ve become technologically advanced; only those within our home galaxy and slightly outside of it could even know of our existence. And yet, despite the brevity of our collective existence, we’ve been able to explore, probe, and observe huge swaths of the Universe going all the way back to the earliest moments of the hot Big Bang. For a lonely species on a pale blue dot amidst the great cosmic ocean, that’s perhaps our greatest achievement of all. - Source: Internet
• By the early 20th century, the symbol was used in the realm of international sporting events by Jewish competitors as a proud expression of their identity. One of the early popularizers of the Star of David was Hakoah Vienna, an all-Jewish club founded in 1909 (and disbanded in 1938 by the Nazis) that fielded athletes competing in fencing, soccer, swimming, field hockey, track and field, wrestling and other sports. The symbol was the club’s official emblem and it appeared on all uniforms. - Source: Internet
• Looking at it from a less poetic perspective, stars are enormous balls of burning gas that give off light. Unlike the film A Star is Born, these stars are born within the clouds of dust and spread all over the universe. When a different star explodes, the shock wave produces the gas cloud to contract. It heats up and forms something we call a protostar. - Source: Internet
• We can see a lot of space mysteries from the Earth, especially through a telescope, regardless of where in the world you are. Some celestial objects, like a particular planet, are very far away, so we see them as points of light and assume they are stars, but this is not always the case. Stars are objects in the night sky that are considered majestic, but they are not only pleasant to look at, they are also the most vital building blocks of galaxies. - Source: Internet
• They found what they were looking for with KSN 2011a and KSN 2011d. The first of the two supernovae occurred some 700 million light-years away, with a star nearly 300 times the size of the sun. The second occurred 1.2 billion light-years away, with a star around 500 times that of the sun. - Source: Internet
• Galileo Galilei, an Italian scientist, lived from 1564 to 1642. In 1610, he was the first person we know of to use the newly invented telescope to look at the stars and planets. He discovered the satellites of Jupiter, which showed that Ptolemy’s and the Church’s idea that there was only one center of orbits in the Universe (namely, the Earth) was incorrect. Based on his observations, Galilei argued for the heliocentric model of Copernicus. He noticed that stars look like little points even when seen through a telescope, and concluded that stars must be very far away indeed. - Source: Internet
• Four years of observations went into making this amazing all-sky map, which features the disk of the Milky Way slashing through its center and more than 800 million stars in total. Made using data from the Pan-STARRS observatory in Maui, Hawaii, the map represents one of the biggest astronomical data releases of all time—1.6 petabytes of data (1.6 million gigabytes), or the equivalent of about 2 billion selfies. - Source: Internet
• “That is the puzzle of these results,” said Garnavich. “You look at two supernovae and see two different things. That’s maximum diversity.” - Source: Internet
• Once we go beyond the stars in our own galaxy, we’re talking about much longer distances and much farther lookback times. The Large Magellanic Cloud has about 10 billion stars in it, and although the full extent of its stars spans about 32,000 light-years across, it’s an impressive 160,000 light-years away. From the perspective of this galaxy, the Milky Way would look vast and impressive, taking up 30-to-60 degrees on the sky, depending on how faint your skies and how good your eyes can get. - Source: Internet
• In fact, not one, but two exploding stars were captured by the Kepler space telescope in 2011. Two red supergiants exploded in what are known as Type II supernovae, which occur when the star’s core collapses and violently explodes in rapid succession. The shockwave, or shock breakout, of this explosion only lasts about 20 minutes, so capturing one of these events is incredible. - Source: Internet
• The exoplanet TOI 700d is the first known rocky exoplanet located in the habitable zone of its parent star, as discovered by the TESS mission. It’s located 101.6 light-years away, and may just be detecting Earth’s first radio broadcasts. The transit method is the most successful planet-finding method to date. (Credit: NASA/GSFC) - Source: Internet
• The six-pointed symbol is commonly referred to as the Star of David, a reference to the Biblical king and his legendary “shield.” (There are more complicated interpretations of the symbol based on the beliefs of Jewish mystics, but you can read more about those here.) While the hexagram may have become the most common image symbolizing modern Jewish religion and heritage (see: the Israeli flag), the six-pointed star is far from the only or the oldest image of Judaism. For thousands of years, Jews typically used the menorah, a seven-armed ceremonial candelabrum, as a symbol of their faith, according to Haaretz’s Ronen Shnidman. - Source: Internet
• Antares is about 15 times as massive as our sun and 850 times its diameter, rapidly venting mass into its upper atmosphere on its journey towards star death, reports Hannah Devlin at The Guardian. But just how and why stars lose that mass is not well understood. That’s why Keiichi Ohnaka, of the Universidad Católica del Norte in Chile and his team trained the European Southern Observatory’s Very Large Telescope Interferometer (VLTI) on Antares to create a new image with layers of detail. - Source: Internet
• The star of David is a Jewish symbol comprising two equilateral triangles laid atop each other and forming a six-pointed star. According to the Encyclopedia Britannica, the star of David is also known as the Magen David or Mogen David, meaning “shield of David.” It is found on Jewish tombstones and temples, and it has served for centuries to identify people of the Jewish faith. Nazi Germany forced all Jews to wear the Star of David on their clothing to identify — and persecute — them, and today it also appears on the flag of the State of Israel. - Source: Internet
• Using three of the VLTI’s telescopes and an instrument called AMBER that measures infrared light, the team was able to gather observations over five nights in 2014. Combining them together using a specialized algorithm, they created a velocity map of the gases in the star’s atmosphere, something never done before for a distant star. The research appears in the journal Nature. - Source: Internet
• The stars within our own galaxy are the closest objects known outside of our own Solar System, with every individual star visible with the naked human eye coming from within the Milky Way. The brightest of them all, Sirius, is located 8.6 light-years away, meaning that, to a Sirian, Earth appears as it did in early February of 2014. - Source: Internet
• The galaxy NGC 3079, located 67 million light-years from Earth, is blowing bubbles. Seen here in X-rays and optical light, the spherical structures are formed when powerful shock waves shove gases released by stars far into space. It’s possible that these bubbles are sending highly energetic cosmic rays in the direction of Earth. - Source: Internet
• Now we’re really getting somewhere. Some 55-60 million light-years away lies the center of the Virgo cluster of galaxies. With about 1000 times the mass of the Milky Way, it’s the closest enormous collection of galaxies in the Universe relative to our location. The very first black hole ever directly imaged was at the center of the giant elliptical galaxy, Messier 87, which sits at the heart of this galaxy cluster. The light we observe from it comes from ~55-60 million years ago, and hence, an observer there would see Earth as it was that amount of time ago. - Source: Internet

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