Multi-Mode Excited Logic Gates on Trapped Ions
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Abstract
Based on the scheme of “hot”trapped-ion quantum computation proposed by SФrensen and MФlmer, we construct a set of multi-mode excited logic gates on trapped ions, which may be operated on arbitrary even number of ions selected randomly from a string of ions trapped in a linear trap. The gate speed may be made faster than that of the corresponding one-mode excited logic gate by adjusting appropriately the detunings of driving lasers with respect to the sidebands of vibrational modes and can be demonstrated in current experimental techniques.
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