Multisensory integration of spatial information occurs late in childhood, at around eight years (Gori, Del Viva, Sandini, & Burr, 2008). For younger children, the haptic system dominates size discrimination and vision dominates orientation discrimination: the dominance may reflect sensory calibration, and could have direct consequences on children born with specific sensory disabilities. Here w...

There are ongoing debates on the direction of sensory dominance in cross-modal interaction. In the present study, we demonstrate that the specific direction of sensory dominance depends on the level of processing: vision dominates at earlier stages, whereas audition dominates at later stages of cognitive processing. Moreover, these dominances are subserved by different neural networks. In three...

In the area of product design, sensory dominance can be defined as the relative importance of different sensory modalities for product experience. Since product experience is multisensory, it is interesting to know which sensory modality plays a leading role in a particular experience, so that designers could concentrate on the creation of the most relevant product properties. It is often assum...

The diverse array of protein functions depends upon these molecules’ reliable ability to fold into the native structures determined by their amino-acid sequences. Because mutations that alter a protein’s sequence frequently disrupt its folding, protein evolution explores protein sequence space conservatively, either by point mutations or recombination between related sequences. Attempts to engi...

Artificial intelligence (AI) and machine learning have changed the nature of scientific inquiry in recent years. Of these, development virtual assistants has accelerated greatly past few years, with ChatGPT becoming a prominent AI language model. In this study, we examine foundations, vision, research challenges ChatGPT. This article investigates into background technology behind it, as well it...