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ORIGINAL ARTICLE

Remote artificial eyes using micro-optical circuit for long-distance 3D imaging perception

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Pages 106-110 | Received 26 Mar 2014, Accepted 16 Apr 2014, Published online: 20 May 2014

Figures & data

Figure 1. Schematic diagram of 3D image transmission system using ring conjugate mirror connected by a transmitter (antenna), where Ei: optical fields, ki: coupling coefficients, Ein: input port (field), Eth: through port, Edrop: drop port, Eadd: add port, Lx: length in μm.

Figure 1. Schematic diagram of 3D image transmission system using ring conjugate mirror connected by a transmitter (antenna), where Ei: optical fields, ki: coupling coefficients, Ein: input port (field), Eth: through port, Edrop: drop port, Eadd: add port, Lx: length in μm.

Figure 2. Schematic of WGM switching signals, where (a) 3D whispering gallery mode of light within a 3CR (3 cascaded rings (3CR) waveguide, (b) the switching signals (up or down) can be controlled using the modulated signal input.

Figure 2. Schematic of WGM switching signals, where (a) 3D whispering gallery mode of light within a 3CR (3 cascaded rings (3CR) waveguide, (b) the switching signals (up or down) can be controlled using the modulated signal input.

Figure 3. Simulation results of two-dimensional plot and nicely demonstrates the phase conjugate normalized intensities (center ring results) from top are 30, 32, 33 and 36 fs (10 − 15 s), in which different switching directions are applied (red: peaks and blue: valleys).

Figure 3. Simulation results of two-dimensional plot and nicely demonstrates the phase conjugate normalized intensities (center ring results) from top are 30, 32, 33 and 36 fs (10 − 15 s), in which different switching directions are applied (red: peaks and blue: valleys).

Figure 4. Shows the two-dimensional plot and nicely demonstrates the phase conjugate intensity and wavelength in arbitrary units.

Figure 4. Shows the two-dimensional plot and nicely demonstrates the phase conjugate intensity and wavelength in arbitrary units.

Figure 5. An implanted optical 3CR chip design system for a remote artificial eye system, where (a) image construction, (b) transmitter, (c) receiver, optic nerve and optic chiasm connection.

Figure 5. An implanted optical 3CR chip design system for a remote artificial eye system, where (a) image construction, (b) transmitter, (c) receiver, optic nerve and optic chiasm connection.

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