![The ultrahigh vacuum chamber that houses the trapped ion experiment (left). The ion trap (upper right) used in the experiment. It is a surface electrode trap from Sandia National Laboratory. Four trapped The ultrahigh vacuum chamber that houses the trapped ion experiment (left). The ion trap (upper right) used in the experiment. It is a surface electrode trap from Sandia National Laboratory. Four trapped](https://c8.alamy.com/comp/PWXGR0/the-ultrahigh-vacuum-chamber-that-houses-the-trapped-ion-experiment-left-the-ion-trap-upper-right-used-in-the-experiment-it-is-a-surface-electrode-trap-from-sandia-national-laboratory-four-trapped-yb-ions-confined-in-the-ion-trap-bottom-right-the-ions-are-illuminated-with-resonant-369nm-light-and-the-scattered-photons-are-collected-on-an-electron-multiplying-charge-coupled-device-camera-a-device-used-for-extremely-low-light-video-capture-capable-of-detecting-single-photons-the-fundamental-particle-of-light-the-ability-to-capture-multiple-ions-used-as-qubits-could-be-critical-PWXGR0.jpg)
The ultrahigh vacuum chamber that houses the trapped ion experiment (left). The ion trap (upper right) used in the experiment. It is a surface electrode trap from Sandia National Laboratory. Four trapped
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Applied Sciences | Free Full-Text | Electro-Optical Ion Trap for Experiments with Atom-Ion Quantum Hybrid Systems
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