Sentence examples for engineering interaction from inspiring English sources

Merging the fields of biology, bio-medical engineering, interaction design, and computer science the students were asked to build working prototypes that show how our interactions with the world might change and how the much-heralded "internet of things" might manifest in the near future showcasing how our most basic actions and routines could evolve.

The unique triple-helix fold fully exposes two-thirds of positions in the protein to solvent, providing ample opportunities for engineering interaction sites.

The main challenge in artificially engineering interactions of the type (8) is to realize the plaquette interactions between multiple spins.

Other practical consequences are related to the possibility of modelling protein interactions, engineering specific interactions and designing molecules to interfere with the protein protein recognition process (i.e., in signalling pathways), which would certainly benefit from a more precise understanding of the potential physical co-adaptation between proteins in protein complexes.

Created by UK-based design firm Laura Sapiens, the Ego! Smartmouse is the product of a team with strong engineering and interaction design backgrounds.

With the expanding application of magnetic nanoparticles in cellular culture-matrix and tissue engineering, the interaction between nanomaterials and cells is becoming a central issue [1, 2].

These animals heralded a new age in ecosystem engineering, animal sediment interaction, and biogeochemical cycling.

Here by engineering intermolecular interaction through hydrogen bonding in polymer chains, a significant enhancement in thermal conductivity was achieved and corresponding decrement was observed by breaking those interactions.

In structural engineering, soil structure interaction (SSI) is an important phenomenon that has to be taken into account.

In this work, we have shown how by engineering intermolecular interaction within the polymer chain, one can create continuous thermal network which in turn drives thermal conduction in polymer without using any traditional fillers.

The chapter also defines that engineering the interaction of light with matter allows one to tune important properties of solids such as the spontaneous emission rate or the spontaneous emission coupling factor into a laser mode.