The study proposes a hybrid trapping strategy that keeps the deep potential of a Paul trap while compensating rf-driven micromotion through synchronized optical confinement.
Paper link: Physical Review Applied 23, 054044 (2025)
The study proposes a hybrid trapping strategy that keeps the deep potential of a Paul trap while compensating rf-driven micromotion through synchronized optical confinement.
Paper link: Physical Review Applied 23, 054044 (2025)