Table 1

Peak	Position (nm)
Peak1	1085
Peak 2	1205
Peak 3	1330

Table 1: Summary of the transmission peak positions within the PBG, obtained for the eighth sequence generation (i.e. 21 layers), for the fibonacci photonic structure.

Tables at a glance

Table 1

Figures at a glance

Figure 1

Figure 2

Figure 3

Figure 4

Figure 5

Figure 6

Figure 7

Figure 8

FIGURE 1

Figure 1: Schematic representation of the fibonacci sequence built structure as a stacking of H and L material layers, as a function of the generations number I, for I varying from 0 to 5.

FIGURE 2

Figure 2: Schematic representation of the periodic structure as a stacking of H and L material layers

FIGURE 3

Figure 3: The variation of the refractive index n of Si and SiO2 materials a function of wavelength

FIGURE 4

FIGURE 5

Figure 4: calculated Reflectance spectra of the Fibonacci photonic crystal of Si/SiO2 stacked layers, for different generation numbers I: a (I=3 i.e. 2 layers); b (I=4 i.e. 3layers); c (I=5i.e. 5 layers); d (I=6 i.e. 8 layers) ;e (I=7 i.e. 13 layers) ;f (I=8 i.e. 21 layers); g (I=9 i.e. 34layers); and h (I=10 i.e. 55 layers).

FIGURE 6

Figure 5: Reflectance spectra obtained for the fibonacci structure as function of wavelengths for three different reference wavelengths: 1.55 µm (solid line), 1.33 µm (dashed line), 1.4 µm (dot line).

FIGURE 7

Figure 6: Schematic representation of the hybrid structure (Bragg/ Fibonnacci/ Bragg) as a stacking of H and L material layers

FIGURE 8

Figure 7: Calculated Reflection Spectra of the Br (7)/FS (8)/Br (7) Multilayer System for the Two Reference Wavelengths: λ₀=1.33µm and λ₀=1.55µm