… solitons (RSs)] in optical fibers may actually result from a … among optical solitons produces
an energy landscape in a … -equilibrium point of the energy landscape in which the system may …

… This work reveals the internucleosome free energy landscape for normal and acetyl-H4
nucleosomes. Then, it infers the structural features of chromatin and how they vary with …

… Here, we demonstrate an elegant concept for a gradient in the excited-state energy landscape
… that the lowest-energy exciton band edge continuously shifts to lower energies along the …

… liquids and other complex systems have been an inspiration to the field, and to whose interest
in energy landscape concepts the present work directly relates. We acknowledge Prof. D. …

… , and nonlinearity into optical fibers has spawned a series of … nonlinear photonics in
liquid-filled fibers. The current state of … in nonlinear liquid-core fiber optics, including a special …

… We found that the free-energy landscape induced by the favorable binding of passive
cross-linkers can create noticeable contractile force in a one-dimensional filament pair, however, …

… For example, amorphous silicon is important for photovoltaic applications; vitreous silica
is the material of choice for optical fibers; glassy polymers are heavily utilized for optical and …

… We show the effects of HTL on the energy landscapes and energy funneling in the PEA 2
Cs n −1 Pb n Br 3 n +1 quasi-2D perovskites for the first time. The steady-state absorptions …

… resulting in tailored excited-state energy landscapes. While such complex natural structures
… We discuss how the resulting excited-state energy landscapes influence energy transport. …

… A new device architecture that incorporates fiber gratings into the optical fiber provides
significant reduction in the detection limit. (105) Combining a fiber grating that is insensitive to H 2 …