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    In step toward Controlling Chemistry, Physicists create a New Molecule, atom by atom

    September 15, 2017, Categories  Physics, Technology/Electronics, Chemistry/Nanotechnology

    Experimental schematic of the hybrid system and ToF apparatus. (A) A schematic of the experimental apparatus, including the LQT, the high voltage pulsing scheme (shown as solid and dashed lines), and the ToF. (B) An illustrative experimental time sequence that depicts initialization of a Ba+ crystal, production of BaOCH3 + (visualized as dark ions in the crystal) through reactions with methanol vapor, and subsequent MOT immersion. (C) Sample mass spectra obtained after ejecting the LQT species into the ToF after various MOT immersion times, ti, along with an inset depicting a superimposed fluorescence image of an ion crystal immersed in the Ca MOT. (D) Mass spectra of photofragmentation products collected after inducing photodissociation of BaOCa+ . The identified photofragments were used to verify the elemental composition of the product.

    Experimental schematic of the hybrid system and ToF apparatus.
    (A) A schematic of the experimental apparatus, including the LQT, the high voltage pulsing
    scheme (shown as solid and dashed lines), and the ToF. (B) An illustrative experimental
    time sequence that depicts initialization of a Ba+ crystal, production of BaOCH3 +
    (visualized as dark ions in the crystal) through reactions with methanol vapor, and subsequent MOT immersion. (C) Sample mass spectra obtained after ejecting the LQT
    species into the ToF after various MOT immersion times, ti, along with an inset depicting a superimposed fluorescence image of an ion crystal immersed in the Ca MOT. (D) Mass spectra of photofragmentation products collected after inducing photodissociation of
    BaOCa+...

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