This panel produces hyper accurate colors in immense detail, in part thanks to Sony’s flagship X1 Ultimate processor. This technology optimizes whatever you’re watching in real time, upscales content to 4K ultra high definition, and allows you to take advantage of standards like HDR or Dolby Vision. It’s the same basic metadata reproduction that TCL features on the 5 Series, but Sony has a leg up since many of the cameras and displays on TV and film sets are made by them.
The feature is also soon going to be available in Hindi where users would be able to put queries in hindi. The same queries can also be searched on a KaiOS Device in addition to Google Assistant and Google Maps. The popular search engine giant is also working towards bringing other Indian languages as part of the feature in the coming weeks.
Objectives: Objective detection of responses to natural speech stimuli may have application to assess speech reception in people who are not able to respond reliably on behavioural tests (such as infants). Ideally, these tests would allow simultaneous measurement of speech processing by the auditory brainstem and cortex, such that audiologists can analyse the functionality of the auditory system at multiple levels. The use of natural speech could also be beneficial in optimising hearing aid fitting, as it would allow observation of the effect of the hearing aid settings to ecologically relevant stimuli.
The regional health service is organizing water deliveries to encourage the poorest to stay home. Many Indian Ocean islands and countries on Africa mainland are facing similar or worse outbreaks and vaccine delays. Madagascar, with 27 million people, does not yet have vaccines.
Specifically, laser nano structuring of an ultra thin metal film or an alternating metal film on a substrate/metal film on a substrate results respectively on surface (metallic nanoparticles on the surface of the substrate) or subsurface (metallic nanoparticles embedded in a dielectric matrix) plasmonic patterns with many applications. In this work we investigate theoretically the photo thermal processes involved in surface and sub surface plasmonic nano structuring and compare to experiments. To this end, we present a design process and develop functionalplasmonic nano structures with pre determined morphology by tuning the annealing parameters like the laser fluence and wavelength and/or the structure parameters like the thickness of the metallic film and the volume ratio of the metal film on a substrate metal composite.