Abstract
The fields generated by two- and three-dimensional quantum antennas from identical independent two-level emitters are calculated and analyzed. It is shown that two- and three-dimensional quantum antennas can produce much better localization of the distribution of the emitted two- and three-photon field and its correlations than one-dimensional antennas. This means that two- and three-dimensional quantum antennas offer promise for quantum-radar applications.
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