For the first time, scientists have directly measured a weak r-process reaction using a radioactive ion beam, shedding light ...

Notably, these two types of stars have different origins: a neutron star is formed when a massive star undergoes a supernova explosion, while a white dwarf emerges when a star with a low to medium ...

An curved arrow pointing right. When two neutron stars merge, they collapse in supernova explosions that are the brightest in the entire universe. Produced by Jenner Deal Follow BI Video ...

When massive stars explode as supernovae, they can leave behind neutron stars. Other than black holes, these are the densest ...

Neutron stars can have a resounding impact around the universe. Scientists recently announced the first detection of gravitational waves created by two neutron stars smashing into each other.

FRBs are usually attributed to the supernova deaths of massive young stars in younger galaxies experiencing bouts of star formation. This event also triggers the birth of highly magnetic neutron ...

In some cases, the core of these big stars collapses. "It's basically a giant atomic bomb that's called a supernova." The dense core that is left over is known as a neutron star. These are much ...

More massive stars than the Sun have a very different life cycle and follow the right hand path in the diagram above: \({Nebula}\rightarrow{protostar}\rightarrow{main~sequence~star}\rightarrow{red ...

Physicists have measured a nuclear reaction that can occur in neutron star collisions, providing direct experimental data for ...

More massive stars than the Sun have a very different life cycle and follow the right hand path in the diagram above: \(\begin{equation} \begin{aligned} Nebula \rightarrow protostar \rightarrow ...

In some cases, the core of these big stars collapses. “It’s basically a giant atomic bomb that’s called a supernova.” The dense core that is left over is known as a neutron star. These are much denser ...