Why Magnetars Should Freak You Out | Space
Study Supports Role of Magnetic Fields in Star Formation | News | The Harvard Crimson
Researchers Find Wind Nebula Surrounding Ultra-magnetic Star | GW Today | The George Washington University
![New Research Finally Provides Insights on How the Strongest Magnets in the Universe Form [Video]](https://scitechdaily.com/images/Illustration-of-Magnetar-Magnetic-Star.jpg "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]
Binary Magnetic Stars
Scientists probe into high energy pulses from Magnetars; the most magnetic stars in the Universe
Behold the Magnetar, nature's ultimate superweapon | Ars Technica
Magnetic Moon and Stars Fidget Sculpture - Office Science Toy | Curious Minds Busy Bags
Buy Moon & Stars Magnetic Art Sculptures | Bits and Pieces
Amazon.com: Magnetic Star and Moon Sculpture : Home & Kitchen
Ask Astro: Do black holes have stronger magnetic fields than neutron stars? | Astronomy.com
The Hibernating Stellar Magnet | ESO
Cosmic Bombs and Controversy: A New Theory of Magnetar Formation
The Most-Magnetic Objects in the Universe Attract New Controversy | Quanta Magazine
Powerful Jets Found Shooting From An Incredibly Magnetic Neutron Star | Discover Magazine
White Dwarf Magnetic Fields
NASA's IXPE Finds Magnetar Has Powerful Magnetic Fields, Solid Crust | NASA
Older Stars Rotate Faster Than Expected - Universe Today
Astronomy - Ch. 22: Neutron Star (13 of 17) The Magnetic Field of a Neutron Star - YouTube
ESA - Mysterious magnetar boasts one of strongest magnetic fields in Universe
Magnetic fields likely protect Earth-like planets around small stars – Astronomy Now
Fantastic Stars: A field guide | Astronomy.com
Magnetars might have solid surfaces made of crystallized ions | SYFY WIRE
Neutron stars: The most magnetic objects in the universe
Birth of a magnetic star | Nature Portfolio Astronomy Community
Scientists observe strange behavior in universe's strongest magnets - Big Think
