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neutron star

This tag is associated with 8 posts

Spots and Tantrums: A Moody X-ray Binary

What do you call two stars hurtling around each other with bursts of X-rays every few decades? An X-ray transient, of course! This special flavor of X-ray binary features a neutron star or black hole together with a low-mass star.

A tale of a kilonova

Short gamma-ray bursts, extremely energetic explosions in the Universe, might be caused by the merger of two compact objects. In the two papers we discuss today, the authors test this scenario by looking for light emitted still a few days after the explosion.

Observational Signatures of Accretion Induced Collapse of White Dwarfs

A massive white dwarf accreting from a companion can lead to accretion induced collapse turning the white dwarf into a neutron star – how can such an event be observed?

Does this disk make my collapse look brighter?

What happens when a neutron star collapses into a black hole? What kind of signal could we expect to see? These theorists have some ideas…

UR #5: Isolated Neutron Stars and Galaxy Evolution

This month’s undergrad research post is all about X-rays. Read on to learn more about studying the X-ray counterpart to a radio pulsar, and examining the evolution of galaxies using X-ray emission.

Can Neutrons Become Cubes?

What happens to neutrons in the extreme environment found in a neutron star? According to these authors, they could deform to become cubes!

P-Pdot diagram

A Pulsar Alone

The closest known isolated radio pulsar also has one of the slowest rotation rates — far below what should be observable for a pulsar. This paper discusses X-ray and optical observations of this puzzling object.

The Polarization of Light, Faraday Rotation, and Stokes Parameters

Polarimetry is one of the handful of fundamental methods used to study incoming radiation and can provide substantial clues to the nature of the source. Polarimetry is used to extract information such as the strength of magnetic fields in the interstellar medium (ISM), provide evidence for inflation by observations of the CMB polarization, and motivate a unified model for active galactic nuclei (AGN).

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