Development of multimodal discourse comprehension: cohesive use of space by gestures Kazuki Sekine & Sotaro Kita To cite this article: Kazuki Sekine & Sotaro Kita (2015) Development of multimodal discourse comprehension: cohesive use of space by gestures, Language, Cognition and Neuroscience, 30:10, 1245-1258, DOI: 10.1080/23273798.2015.1053814 To link to this article: http://dx.doi.org/10.1080...

Cohesive sets play an important role in computability theory. Here we use cohesive sets to build nonstandard versions of the rationals. We use Koenigsmann’s work on Hilbert’s Tenth Problem to establish that these nonstandard fields are rigid. As a consequence we obtain results about automorphisms of the lattices of computably enumerable vector spaces arising in the context of Ash’s conjecture.

We introduce a class of analytic sheaves in a Banach space X, that we shall call cohesive sheaves. Cohesion is meant to generalize the notion of coherence from finite dimensional analysis. Accordingly, we prove the analog of Cartan’s Theorems A and B for cohesive sheaves on pseudoconvex open subsets Ω ⊂ X, provided X has an unconditional basis.

G-frames are natural generalizations of frames which provide more choices on analyzing functions from frame expansion coefficients. First, they were defined in Hilbert spaces and then generalized on C*-Hilbert modules. In this paper, we first generalize the concept of g-frames to Hilbert modules over pro-C*-algebras. Then, we introduce the g-frame operators in such spaces and show that they sha...

In rigid plastic analysis one of the most widely applicable methods that is based on the minimum principle, is the combination of elementary mechanisms which uses the upper bound theorem. In this method a mechanism is searched which corresponds to the smallest load factor. Mathematical programming can be used to optimize this search process for simple fra...

Self-assembled monolayers (SAM) are aggregates of small molecular chains that have the property to form highly ordered assemblies. The presence of terminal groups on the constituent chains makes them excellent contenders of molecular level tailoring. Molecular Dynamics (MD) simulations and experimental observations of spallation have shown that cohesive strength of SAM-enriched molecular interf...

The advent of form-stable cohesive gel implants represents a significant device-related advance in the history of breast implants. Perhaps even more significant, however, are advances in the non–device-related process of breast augmentation itself, which have redefined the outcome and patient experience for this procedure.1 These refinements in breast augmentation technique have been particular...

Biofilms can be undesirable, as in those covering medical implants, and beneficial, such as when they are used for waste treatment. Because cohesive strength is a primary factor affecting the balance between growth and detachment, its quantification is essential in understanding, predicting, and modeling biofilm development. In this study, we developed a novel atomic force microscopy (AFM) meth...