#Universe

A new wave of astrophysical research suggests magnetars—highly magnetised neutron stars—may be more than dramatic space rocks. They could be important in seeding the galaxy with heavy elements like gold, reshaping our understanding of where precious metals originate. The study, drawing on more than two decades of NASA and ESA data, proposes that giant flares from magnetars eject heavy nuclei into space, contributing a meaningful share of elements heavier than iron. This finding adds a dramatic thread to the story of gold, linking Bangkok’s vibrant jewelry markets to events that happened billions of years ago in the cosmos.

The enduring mystery of how gold – a metal of immense cultural and economic value in Thailand and around the world – originated in the universe may be a step closer to resolution, as new astrophysical research points to an unexpected cosmic source. According to a recent study published in The Astrophysical Journal Letters, highly magnetised neutron stars known as magnetars may play a critical role in producing not only gold but a slew of other heavy elements vital to the fabric of the cosmos. This finding reshapes long-held views on the cosmic manufacture of these elements, presenting a breakthrough that ripples from the farthest reaches of space into the heart of Bangkok’s bustling gold markets and beyond (Al Jazeera).