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Original Research

Embedded nanomicro syringe on chip for molecular therapy

, , , , &
Pages 2925-2932 | Published online: 18 Nov 2011

Figures & data

Figure 1 Different forms of dynamic and static optical tweezers.

Figure 1 Different forms of dynamic and static optical tweezers.

Figure 2 Different input light signals.

Figure 2 Different input light signals.

Figure 3 Schematic diagram of embedded microchip device and molecular therapeutic details.

Figure 3 Schematic diagram of embedded microchip device and molecular therapeutic details.

Figure 4 Generated trapping tools with different input powers, where (A) Gaussian pulse and dark soliton, (B) Gaussian pulse, and bright soliton and (C) dark soliton and bright soliton. Rad = 20 μm, RR = RL = 5 μm. The coupling coefficients are κ0 = 0.5, κ1 = 0.35, κ2 = 0.1 and κ3 = 0. 35.

Figure 4 Generated trapping tools with different input powers, where (A) Gaussian pulse and dark soliton, (B) Gaussian pulse, and bright soliton and (C) dark soliton and bright soliton. Rad = 20 μm, RR = RL = 5 μm. The coupling coefficients are κ0 = 0.5, κ1 = 0.35, κ2 = 0.1 and κ3 = 0. 35.

Figure 5 Results of the normalized potential wells with the wavelength centers are 1400 nm and 1600 nm, where Rad = 20 μm, RR = RL = 5 μm. The coupling coefficients are κ0 = 0.5, κ1 = 0.35, κ2 = 0.1, and κ3 = 0. 35.

Figure 5 Results of the normalized potential wells with the wavelength centers are 1400 nm and 1600 nm, where Rad = 20 μm, RR = RL = 5 μm. The coupling coefficients are κ0 = 0.5, κ1 = 0.35, κ2 = 0.1, and κ3 = 0. 35.