- Ultrafast optical switching of the THz transmission through metallic subwavelength hole arrays
- Tracking light pulses with near-field microscopy
- Ultrafast pulsed laser
- Nanoscribe 3D laser lithography
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We show that the extraordinary transmission of light through an array of square subwavelength holes is strongly influenced by the size of the holes. For small, square holes (air fraction below 20%), the dependence of the normalized transmission (transmissivity) on hole width greatly exceeds the expectations on the basis of conventional aperture theory. For larger holes, the transmissivity saturates. Moreover, the positions of the transmission maxima shift when the size is varied.
Jan 1st 2004
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