Scientists store antimatter safely by trapping it in ultra-high vacuum chambers using strong magnetic and electric fields (like Penning traps) to keep it suspended away from matter, preventing annihilation.

Scientists store antimatter safely by trapping it in ultra-high vacuum chambers using powerful magnetic and electric fields (like in Penning traps) to keep it suspended and prevent it from touching matter, which would cause annihilation.

Scientists store antimatter safely by using ultra-high vacuum chambers combined with powerful magnetic and electric fields—called Penning traps—to suspend antimatter particles away from any matter, preventing annihilation.