THE SCIENCE BEHIND THE GAME
Magnetars: stellar remnants with extreme magnetic fields
After a massive star dies, its compact remnant may retain an exceptionally powerful magnetic field. A magnetar takes that possibility to an extreme. It is an astronomical object with a star’s history, not an elementary particle with a magnetic label.
What makes a magnetar extraordinary?
Magnetars are neutron stars with unusually intense magnetic fields. NASA describes how stressed fields can fracture the crust in starquakes and produce bursts of high-energy radiation. These objects let astronomers explore conditions far beyond ordinary laboratory magnets. NASA: Neutron stars are weird ↗
Where the game takes a different path
The game’s separate push/pull timers, captured bodies and doubled attraction or repulsion are inventions. Real magnetars do not switch the entire surrounding universe between two force modes on a two-second cycle; their fields are not an all-purpose pull on every material.
An invisible field made readable
The arena translates an unseen influence into motion and timed phases. That makes a useful strategy problem, while the real object’s story is about the life of a stellar remnant and the behaviour of matter in an extreme environment.
Magnetar in Entangled Chaos
Switches between push and pull every two seconds. Each Magnetar has its own timer; two or more have staggered phases. Opposite-phase Magnetars attract each other at double strength; matching phases repel at double strength. During pull, captured particles travel with it until the next push releases them. Neutrinos and Photons ignore the field. Near a Black Hole, the Magnetar moves inward during pull and outward during push. The Black Hole keeps its direction and cannot be captured.
For objectives, taps and strategy, see the gameplay particle guide and tips and tricks.
Explore the original science
Written by LNTT Apps, the creator of Entangled Chaos, using the sources above. Game artwork illustrates the fictional character, not a scientific image. Sources checked 28 October 2026.