PMC

Experimental setup for characterizing the monolithic Fabry–Perot cavities inscribed in Tm-doped silica fiber.

Plot showing the energies for the inscribed patterns (•) and the attractors(∘) for (A) p = 14 and (B) at p = 16 and 20 for N = 100. At p = 14, for stable patterns, the attractor corresponds to the inscribed pattern, indicated by the • and ∘ coinciding. For an unstable inscribed patterns (for instance, ξ⁽⁷⁾), the attractor is at a slightly lower energy than the inscribed pattern but very close to it. (The difference between the attractors in the plot is not very distinct at this resolution). The *’s represent various symmetric mixture states with 3, 5 and 7 components, and are plotted against the inscribed pattern with which they have maximum overlap. These mixture states have much higher energy than any of the inscribed patterns. From Fig. (B), we can see that even at such high values of p, there are still stable patterns, but with increase in p, the number of unstable patterns goes up. As p increases from 16 to 20, the attractors pertaining to unstable patterns move further away from the corresponding inscribed patterns.

Large and small blue ellipses of oval-shaped rings represent edges of distal shield and central area of coccoliths, respectively. Maximum, average, and minimum values of DSW/DSL and OSW/DSL are derived from . Green ellipse represents the maximum inscribed ellipse of the maximum inscribed polygon (in red color) of coccolith. The ratio of length of green ellipse to DSL appear above the photos.

Description of the inscribed core of piecewise linear.