InicioradioastronomyTwo outflows from one dying star: a magnetar model ties a gamma-ray...

Two outflows from one dying star: a magnetar model ties a gamma-ray burst to its supernova

GRB 060218 and its supernova SN 2006aj are among the best-studied links between a gamma-ray burst and a dying star, yet they left two puzzles: early thermal X-rays and a double-peaked optical light curve. A new Astronomy & Astrophysics model by Yun-Peng Li and Da-Bin Lin proposes a single cause — a newborn magnetar splitting its energy into a polar jet and a broad wind.

In 2006, NASA’s Swift satellite caught an unusual nearby gamma-ray burst, GRB 060218, bundled with the supernova SN 2006aj — and it left two puzzles: a glow of thermal X-rays and an optical light curve that brightened twice. A new Astronomy & Astrophysics study argues a single culprit explains both: a newborn magnetar that splits its enormous energy into a narrow jet and a broad wind, each lighting up a different part of the dying star. An elegant unified model, though not the final word.

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