Numerical simulation analysis of a near-field optical virtual probe

Numerical simulation analysis of a near-field optical virtual probe

A near-field optical virtual probe based on the principle of near-field evanescent wave interference can be used in optical data storage, nanolithography, near-field optical imaging, and optical manipulation. This letter gives the numerical simulation results of the optical distribution of a near-fi...

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Veröffentlicht in:Applied physics letters 2002-10, Vol.81 (18), p.3452-3454
Hauptverfasser: Hong, Tao, Wang, Jia, Sun, Liqun, Li, Dacheng
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container_title Applied physics letters
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creator Hong, Tao
Wang, Jia
Sun, Liqun
Li, Dacheng
description A near-field optical virtual probe based on the principle of near-field evanescent wave interference can be used in optical data storage, nanolithography, near-field optical imaging, and optical manipulation. This letter gives the numerical simulation results of the optical distribution of a near-field virtual probe and analyzes the dependence of the virtual probe’s on the aperture, the polarization, etc. The simulation results reveal that the transmission efficiency is higher than that of a nanoaperture metal-coated fiber probe. The size of the virtual probe is constant when the distance between the lens and recording media increases within a certain range so that the critical nanoseparation control in near-field system can be relaxed.
doi_str_mv 10.1063/1.1517401
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title Numerical simulation analysis of a near-field optical virtual probe
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