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Research Article

Molecular filter on-chip design for drug targeting use

, , , , &
Pages 178-183 | Received 03 May 2012, Accepted 16 Jul 2012, Published online: 19 Sep 2012

Figures & data

Figure 1. A PANDA microring resonator.

Figure 1. A PANDA microring resonator.

Figure 2. Schematic diagram of molecular filter, where (a) an embedded PANDA microring resonator, (b) molecule movement along the waveguide via a through port.

Figure 2. Schematic diagram of molecular filter, where (a) an embedded PANDA microring resonator, (b) molecule movement along the waveguide via a through port.

Figure 3. Results of dynamic optical tweezers generated at four different center wavelengths, where (a) |E1ǀ2, (b) |E2ǀ2, (c) ǀE3|2, (d) ǀE4ǀ2, (e) through, and (f) drop port signals.

Figure 3. Results of dynamic optical tweezers generated at four different center wavelengths, where (a) |E1ǀ2, (b) |E2ǀ2, (c) ǀE3|2, (d) ǀE4ǀ2, (e) through, and (f) drop port signals.

Figure 4. (a) An optical tweezer and trapped electron generated by a PANDA microring resonator, (b) results of the trapping potential well with various coupling coefficients (kappa, κ).

Figure 4. (a) An optical tweezer and trapped electron generated by a PANDA microring resonator, (b) results of the trapping potential well with various coupling coefficients (kappa, κ).

Figure 5. Drug filter in the targeting network.

Figure 5. Drug filter in the targeting network.

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