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High Energy Astrophysics Picture Of the Week
High Energy Astrophysics Picture Of the Week

Catastrophic Collapse of Giant Stars' Magnetic Fields Powers Gamma-Ray  Bursts | Sci-News.com
Catastrophic Collapse of Giant Stars' Magnetic Fields Powers Gamma-Ray Bursts | Sci-News.com

EarthSky | What is a magnetar?
EarthSky | What is a magnetar?

Understanding the most powerful magnets in the universe | Hindawi
Understanding the most powerful magnets in the universe | Hindawi

Because moving charges generate magnetic fields, I would think that a  neutron star's axis of rotation and axis of the magnetic field would line  up; Why don't they? | Astronomy.com
Because moving charges generate magnetic fields, I would think that a neutron star's axis of rotation and axis of the magnetic field would line up; Why don't they? | Astronomy.com

A rare magnetic star is born – with a push in the right direction
A rare magnetic star is born – with a push in the right direction

Tiny star's clues to climate change
Tiny star's clues to climate change

The magnetic field of a neutron star | Personal webpage of Toby Wood
The magnetic field of a neutron star | Personal webpage of Toby Wood

Hot stars are plagued by giant magnetic spots | Instituto de Astrofísica de  Canarias • IAC
Hot stars are plagued by giant magnetic spots | Instituto de Astrofísica de Canarias • IAC

PhD Student Finds Two Massive Stars With Magnetic Fields In A Binary System  | IFLScience
PhD Student Finds Two Massive Stars With Magnetic Fields In A Binary System | IFLScience

mad star - Rigidly Rotating Magnetosphere movies
mad star - Rigidly Rotating Magnetosphere movies

Nature's most magnetic objects, ripped apart in starquakes, can unleash  powerful flashes of light | Science | AAAS
Nature's most magnetic objects, ripped apart in starquakes, can unleash powerful flashes of light | Science | AAAS

Birth of a magnetic star | Nature Portfolio Astronomy Community
Birth of a magnetic star | Nature Portfolio Astronomy Community

New type of chemical bond may form in extreme magnetic fields of stars |  Ars Technica
New type of chemical bond may form in extreme magnetic fields of stars | Ars Technica

The Most-Magnetic Objects in the Universe Attract New Controversy | Quanta  Magazine
The Most-Magnetic Objects in the Universe Attract New Controversy | Quanta Magazine

Stellar magnetic fields and surface structure - Department of Physics and  Astronomy - Uppsala University, Sweden
Stellar magnetic fields and surface structure - Department of Physics and Astronomy - Uppsala University, Sweden

Stellar magnetic field - Wikipedia
Stellar magnetic field - Wikipedia

New Research Finally Provides Insights on How the Strongest Magnets in the  Universe Form [Video]
New Research Finally Provides Insights on How the Strongest Magnets in the Universe Form [Video]

Strange magnetic monster found lurking inside dead star
Strange magnetic monster found lurking inside dead star

Binary Magnetic Stars
Binary Magnetic Stars

Magnetic Moon and Stars Fidget Sculpture - Office Science Toy | Curious  Minds Busy Bags
Magnetic Moon and Stars Fidget Sculpture - Office Science Toy | Curious Minds Busy Bags

Merging stars may create the universe's most powerful magnets |  Astronomy.com
Merging stars may create the universe's most powerful magnets | Astronomy.com

Slowing Down Stars - Universe Today
Slowing Down Stars - Universe Today

Highly Magnetic Neutron Star Unexpectedly Shoots Jet of Material |  Astronomy | Sci-News.com
Highly Magnetic Neutron Star Unexpectedly Shoots Jet of Material | Astronomy | Sci-News.com

Bad Astronomy | How big is a neutron star? | SYFY WIRE
Bad Astronomy | How big is a neutron star? | SYFY WIRE

Magnetars: Meet Some of the Most Powerful Stars in the Known Universe
Magnetars: Meet Some of the Most Powerful Stars in the Known Universe

How Magnetars Could Form From Merging Stars
How Magnetars Could Form From Merging Stars

Young Sun-like Star Shows a Magnetic Field Was Critical for Life on the  Early Earth | Smithsonian Institution
Young Sun-like Star Shows a Magnetic Field Was Critical for Life on the Early Earth | Smithsonian Institution

Magnetars: City-Sized Magnets Born from Dying Stars | Discover Magazine
Magnetars: City-Sized Magnets Born from Dying Stars | Discover Magazine