Figures & data
Figure 1. Schematic diagram of a buffer and bus networks: (a) a PANDA ring resonator; (b) a wavelength router and bus networks, where Radd is the add/drop filter radius, RR and RL are the right and left ring resonator radii, respectively.
![Figure 1. Schematic diagram of a buffer and bus networks: (a) a PANDA ring resonator; (b) a wavelength router and bus networks, where Radd is the add/drop filter radius, RR and RL are the right and left ring resonator radii, respectively.](/cms/asset/96e0e30e-ec37-4b63-8876-121c67998ff0/ianb19_a_618134_f0001_b.jpg)
Figure 3. Graph of optical power that is required to trap the particle of a certain size/polarizibility.
![Figure 3. Graph of optical power that is required to trap the particle of a certain size/polarizibility.](/cms/asset/10e8f54d-4768-4d25-9b04-2441b602cf3c/ianb19_a_618134_f0003_b.jpg)
Figure 4. Result of the dynamic tweezers with different (a) wavelengths and (b) tunable tweezer by coupling constants, where Radd = 20 μm, RR = RL = 5 μm.
![Figure 4. Result of the dynamic tweezers with different (a) wavelengths and (b) tunable tweezer by coupling constants, where Radd = 20 μm, RR = RL = 5 μm.](/cms/asset/a3fc0543-2545-4ba1-b0f9-4a40b7f4c129/ianb19_a_618134_f0004_b.jpg)
Figure 5. Results of the trapping tools: (a) and (b) different sizes and wavelengths; (c) tweezers separation; (d) normalized tweezers, where Radd = 20 µm, RR = RL = 5 µm. The coupling coefficients are κ0 = 0.5, κ1 = 0.35, κ2 = 0.1 and κ3 = 0. 35. The input power is 1W, Radd = 20 µm, RL = Rr = 5 µm: (a) wavelength = 400 nm; (b) wavelength = 450 nm; (c) wavelengths = 400, 450 nm; (d) wavelengths = 400, 600 nm.
![Figure 5. Results of the trapping tools: (a) and (b) different sizes and wavelengths; (c) tweezers separation; (d) normalized tweezers, where Radd = 20 µm, RR = RL = 5 µm. The coupling coefficients are κ0 = 0.5, κ1 = 0.35, κ2 = 0.1 and κ3 = 0. 35. The input power is 1W, Radd = 20 µm, RL = Rr = 5 µm: (a) wavelength = 400 nm; (b) wavelength = 450 nm; (c) wavelengths = 400, 450 nm; (d) wavelengths = 400, 600 nm.](/cms/asset/4fe5f3f4-c300-48b0-93fc-f7d5f32cb4fc/ianb19_a_618134_f0005_b.jpg)