High-capacity and security molecular capsule transporters

Figures & data

Figure 1. Multiwavelength soliton generation system, where E_i: optical fields; R_i: ring radii, R_ad: Add-drop ring radius, κ_i: coupling coefficients.

Figure 2. Results of color soliton propagation in the system with wavelength center at 0.9, 1.30, and 1.45 μm, where PANDA through-port signals are Red: through–port signals, Blue: drop port signals.

Figure 3. Results of color soliton propagation in the system with wavelength center at 0.9, 1.30, and 1.45 μm, where (a) PANDA signals are (b) Add-drop signals, where Red: through port signals, Blue: drop port signals.

Figure 4. Results of color soliton propagation in the system with wavelength center at 0.58 μm, where the normalized power has slightly changed from 0.8 to 0.5 with distance of 16.6 m.

Figure 5. Color soliton output signals, the center wavelength is 0.58 micron, in which the multicolor solitons (different wavelengths) is obtained by using the proposed system.

Figure 6. Graphics of optical capsules, where (a) with trapped molecules, (b) the 3D capsules obtained by Opti-wave, F_grad: Gradient force, F_scatt: Scattering force, WGM: whispering gallery mode.

Figure 7. Drug delivery networks for long-distance drug delivery targeting security using optical capsules, where (a) tree network, (b) ring and star networks.