Not exact matches
While, molecular charge - transfer crystals exhibiting light — matter
interactions have been successfully deployed in optoelectronics, an air - stable molecular material that couples photons and electrons, achieving photostriction
through the coupling of light and
mechanical degrees of freedom, has not previously been discovered.
Nanostructured and chemically functionalized materials which mimic architectural and
mechanical features of natural cell microenvironments hold promise for a better understanding and control of cell physiological processes
through molecular and nanoscale
interactions.
We conclude that the
interaction between actively feeding P. marginata larvae and the substrate suppressed fungal growth
through either consumption by the beetle larvae [47] of fungal biomass or
through unknown chemical or combined chemical /
mechanical mechanisms.
Their respective theoretical and experimental studies investigate how microscopic objects lose their quantum -
mechanical properties
through interactions with the environment.
«Ocean dynamics are directly connected to global climate
through interactions with the atmosphere,» says John Dabiri, professor of civil and environmental engineering and of
mechanical engineering at Stanford University and senior author of the paper in Nature.