That "new star" will appear when the star T Coronae Borealis goes nova. It was originally expected to happen last year, but there are now signs that the explosion is nearing, according to NASA.

Two stars, a red giant and white dwarf, orbit each other in this artist’s concept of a recurrent nova.NASA/Goddard Space Flight Center ... However, there are two main types: classical and recurrent.

NASA’s Voyager 1 is special for the Indians because it is carrying Indian classical record onboard. This Golden Record, which is a gold-plated copper disc contains an image, along with greetings ...

Credit: NASA's Goddard Space Flight Center Although ... The researchers saw that M87's classical novae were "strongly concentrated along that galaxy's jet," lending a touch of possibility to ...

An exploding star. The nova is expected by the end of September, NASA said. The space agency added the explosion will be so bright that you won’t need a telescope to see it. It’ll be the first ...

According to a June article by NASA, some researchers say T Coronae Borealis could go nova by September 2024. "We hope that it happens any day now," said Dr. Rebekah Hounsell, an assistant ...

NASA's Hubble telescope captured an image ... from Earth in the constellation Cassiopeia. The image depicts a "classical nova" of a white dwarf star, also known as a "mini supernova." ...

NASA image of nova called GK Persei by Chandra X ray observatory, The stellar image of nova called GK Persei is a perfect example of “classical nova” which is an outburst of mass caused by a ...

An impending nova event will be so bright that people on Earth will be able to see the burst of light with the naked eye, NASA scientists said. There's an Earth-sized remnant of a dead star ...

An impending nova event will be so bright that people on Earth will be able to see the burst of light with the naked eye, NASA scientists said. The "Blaze Star," which is a binary system in the ...

Not to be confused with the near obliteration of stars in the cataclysmic explosions known as supernovae, classical novae are smaller ... Watch out for a 'new' star! (NASA) We expect that we'll hear ...