What if “empty” space isn’t truly empty? 🌌
Scientists studying a rare magnetar with an extraordinarily powerful magnetic field may have found some of the strongest evidence yet for vacuum birefringence — a strange quantum effect predicted nearly 90 years ago.
The team observed highly polarized X-rays from 1E 1547.0−5408, with polarization reaching nearly 80% at certain phases of the star’s rotation.
The result could provide a new way to study the quantum properties of the vacuum itself.
But there’s an important catch: researchers say more observations and improved simulations are still needed before the effect can be definitively confirmed.
Could one of the universe’s most extreme stars finally help solve a decades-old quantum mystery?
