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Experimental Coherent Computation of a Multiple-Input and Gate Using Pure Molecular Superpositions

Published

Author(s)

Z Amitay, R Kosloff, S R. Leone

Abstract

Pure coherent superpositions of Li2 rovibrational eigenstates are used for the experimental cohterent computation of a classical multiple-input AND logical gate. The input sets of Boolean values are imprinted into the phases of the eigenstates by shaped femtosecond pulses. The computation is carried out by the coherence and field-free time evolution. The Boolean result is given by the existence/nonexistence of a specific pre-determined superposition at a given delay time; it is read via projection onto an ionic state by a second femtosecond pulse. As an example, the gate is used in solving a yes/no computational decision problem.
Citation
Chemical Physics Letters
Volume
359
Issue
No. 1-2

Keywords

computational problem, decision problem, pulse shaping, wavepacket

Citation

Amitay, Z. , Kosloff, R. and Leone, S. (2002), Experimental Coherent Computation of a Multiple-Input and Gate Using Pure Molecular Superpositions, Chemical Physics Letters (Accessed April 18, 2024)
Created May 31, 2002, Updated October 12, 2021