Recent discoveries reveal that bursts of slow pulsing radio waves originate from a binary star system consisting of a red ...

Astronomers have accidently spotted a new type of cosmic explosion called a "millinova" triggered by white dwarfs feeding on ...

According to astrophysicists, the Universe will evolve over time into a homogeneous soup where nothing ever happens.

When it goes nova, T Coronae Borealis will become one of the brightest stars in the night sky. The question is: When will it ...

In five billion years' time, our sun will turn into a white dwarf after its red giant phase. The sun's outer layers will be cast away into deep space, revealing its pearlescent core. White dwarfs ...

The summer bloomers boast white, pink or purple flowers, with leaves that may be green, blue-green or yellow in summer, turning purple-red in fall. For one of the prettiest dwarf flowering shrubs ...

If it were a neutron star or a black hole, the explosion that created it would have been so large it should have disrupted the orbit. It takes two to tango So how do a red dwarf and a white dwarf ...

While black holes ensnare scientists and public alike, their theoretical counterparts’ white holes remain a totally mysterious and controversial concept in astrophysics. The white holes, if they exist ...

White dwarfs have strong gravity and can have large magnetic fields, though typically not as strong as neutron stars. So how do a red dwarf and a white dwarf generate a radio signal?

Black holes ... into red giants that eventually create a planetary nebula as they eject their outer layers. The explosion leaves behind a naked stellar core called a white dwarf, barely the ...