Novel InN/InGaN multiple quantum well structures for slow‐light generation at telecommunication wavelengths

Then, the physical spectrum consists of light Majorana neutrinos with masses suppressed by the small- ness of µ X , and two heavy nearly degenerate Majorana neutrinos per

Finally, we can conclude the slow-fast ansatz, replacing the complete dynamics by the one on the approximated slow manifold, and obtain the reduced one dimensional

We have repeated 100 times the sample generation of Example 2 and have now discarded any points outside the 95% density contour, that is, with Mahalanobis distance ≥ χ 2 2

This allows for a precise control on the energy coupled to the filaments thus obtaining a homogenized supercontinuum pattern from an inhomogeneous irradiance input

Our results shed light on the remarkably high fidelity and thermodynamic stability and on the slow kinetic characteristics of G-quadruplexes in apolar aromatic solvents

7.2 b show that correlated photons of different frequencies can be Pur- cell enhanced with a single cavity, so that the spectrum as a function of the cavity detuning follows the

In order to shed light into the internal structure and the relative  chromophore arrangement in these Pc nanoclusters we performed  molecular  modeling  studies 

Posteriorly, the same authors demonstrated that the incorporation of blue light at different doses (25–33%) into the light spectrum (combined with red and far-red, with a total PPFD