Brown Dwarf as also known as failed stars almost about the size of Jupiter with a much larger mass but not large enough to become a star. The first Brown Draft was not discovered until 1995.
NASA update an additional info about their latest discovery of the largest batch of seven habitat planets orbited around an ultra-cool dwarf star called TRAPPIST-1.
NASA created an illustration of an exoplanet expressing a heartbeat pulsation towards its parent star. The study suggests that the two galaxy wonders has special relationships.
Looks like our little blue bird will now be sending heart-shaped "like" button instead of the usual star for "favourite" to engage more users in the microblogging site.
Astronomers using the Hubble Space Telescope have found surprising new clues about a large, fast aging star that has never been seen before in the Milky Way galaxy. In fact, the star is so different that astronomers have nicknamed it "Nasty 1," a play on its catalog name of NaSt1. This strange star may represent a brief transitory stage in the evolution of extremely massive stars.
A new study has found that just like the Earth, our Sun experiences seasonal changes which scientists believe can now help them better predict solar storms.
While researchers have long believed that the circumstances and the molecular structures involved in the creation of our Sun and of our Earth were unique, it appears that far off in space there may be another solar system brimming with potential for life someday. Utilizing the Atacama Large Millimeter/submillimeter Array (ALMA) researchers with the National Radio Astronomy Observatory have detected for the first time ever the complex organic molecules necessary to create life in a protoplanetary disk surrounding an infant star only a million years into its formation.
Over the last 18 years, astronomers have observed the formation of a massive new star, dubbed W75N(B)-VLA 2. A pair of images of a young star, taken 18 years apart, has revealed dramatic differences providing astronomers with a one of a kind “real time” look at how massive stars develop during the earliest stages of their formation.
While researchers may have missed the formation of our very own Sun by a few billion years, in essence they have become surrogate parents to many other stars formed since the dawn of the telescope. Watching one such infant star well into its adulthood, researchers with the National Radio Astronomy Observatory this week released a time lapse of one such star, affectionately named “W75N(B)-VLA 2”, which reveals the earliest formations of a massive young star over the course of 18 years. The beginning and ending images released this week reveal a dramatic difference in the star’s developmental stages and highlights theories that astronomers have posited for decades, as they wondered if they would ever catch a glimpse of stars forming in such a way as researchers today have been able to do.
While most stars hang out in the Milky Way for millions or even billions of years in orbit of the center of the galaxy, the star known as US 708 is marching to its own drum.
Stars litter our skies with celestial light, continually cementing the fact that our planet, no matter how large it may seem, is just a grain of sand on the beach that is our shared universe. And, for years, astronomers have gauged a star's age by how brightly it shined. While this is moderately effective, another method has been tested-and-proven to be more accurate. Published in the newest issue of the journal Nature, astronomer's note that how quickly a star spins is the ideal metric to determining its age.
With a new day in science comes a new study of the sun. No, we’re not talking about a new telescope or a new division under the international space agencies, but rather a reallocation of a science used in other parts of space. Turning their sights from far off black holes, with a closer subject in mind, NASA’s Solar Dynamics Observatory (SDO) is repositioning their NuSTAR (Nuclear Spectroscopic Telescope Array) towards our very own local star to produce the most sensitive measurements of high-energy solar x-rays to date.
There are creationist theories, Big Bang theories, and even more temporarily defined hypotheses about how the planets of our solar system came to be, but modern research has yet to find conclusive empirical evidence to show us exactly how our solar system’s birth happened, 4.5 billion years ago. That is, until now!
Nearly every Sci-Fi film about deep space has warned about the perils of coming up against a black hole. And if there’s anything we’ve learned, or that astronomy has taught us, it’s that these supermassive vortex’s have quite a strong pull—something most planets and stars cannot bare to go through. But as it so happens, it turns out that cosmic coupling may be one solution for solar systems looking to avoid certain death.
Well it appears that the cosmic gestational period is over, and astronomers are catching a glimpse at what happens next. This week researchers at the Chilean Atacama Large Millimeter/submillimeter Array (ALMA) observatory have revealed that in the constellation Taurus, that new life is forming—or at least new planets.
For those of you in the states enjoying a welcomed break from the summer sun, today you may just get more than you bargained for. As the moon passes this afternoon across the northern hemisphere, the usually invisible transition will make its mark in daylight as it eclipses part of the sun. And so long as the clouds stay clear of the view, you may just have an interesting afternoon show to look out for.
Today marks a rare occasion, one where alignment makes a spectacle in the sky. While you can expect the autumn day to have cool weather and an added air of sunshine, you can also expect quite a surprise when part of the sun disappears in the mid-afternoon shade. It’s a rare occurrence that you won’t catch for another 3 years at the soonest, but the partial solar eclipse won’t be enjoyed by everyone. Mostly it’ll be a show for the northern United States.
Predicted to occur this Thursday, Oct. 23, the off-center new moon will pass in front of the sun creating a partial solar eclipse seen across the United States. Though the predicted visibility will range anywhere from twelve to seventy percent of clarity, researchers at NASA expect that the event will be widely visible across the entire continental US.