Tune in tonight at 7 p.m. for a fascinating Perimeter Institute public lecture on the physics and mysteries behind neutron stars.
Like a blinding beacon lighting up the night, a powerful gamma-ray-generating stellar husk has been seen pulsating in a neighboring galaxy.
Through extremely high precision measurements of a pulsar orbiting a white dwarf star, astronomers have found that the gravitational constant, which dictates the force of gravity, is 'reassuringly constant' throughout the universe.
So-called strange stars, made of radically different stuff than ordinary matter, may finally be detectable.
A weird type of 'hybrid' star has been discovered nearly 40 years since it was first theorized -- but until now has been curiously difficult to find. Continue reading →
How do magnetars become so magnetized? Astronomers think that they might get a little help from their friends. Continue reading →
What happens when two neutron stars collide? Using a sophisticated computer simulation, NASA scientists have visualized this violent scenario in awesome degenerate-matter-crushing detail. Continue reading →
Magnetars are the most magnetically-dense objects known in the Universe and now astrophysicists may have found one of these stellar husks being choked by a magnetic noose, causing it to wobble. Continue reading →
+ Load More