1 / 10
The Science Behind The "Drunk Smile" - 9nyu7mn
2 / 10
The Science Behind The "Drunk Smile" - yuzz2ho
3 / 10
The Science Behind The "Drunk Smile" - sg29f1t
4 / 10
The Science Behind The "Drunk Smile" - bl7ze1k
5 / 10
The Science Behind The "Drunk Smile" - so205l7
6 / 10
The Science Behind The "Drunk Smile" - rorpe9q
7 / 10
The Science Behind The "Drunk Smile" - tk8i3yu
8 / 10
The Science Behind The "Drunk Smile" - r8gkaws
9 / 10
The Science Behind The "Drunk Smile" - x6evv3j
10 / 10
The Science Behind The "Drunk Smile" - r4sscb0


· present vision restoration technologies have substantial constraints that limit their application in the clinical setting. In this work, we fabricated a subretinal nanoprosthesis using … · toxic metal pollution is ubiquitous in soils, yet its worldwide distribution is unknown. A neuromorphic e-skin system simultaneously emulates closed-loop sensory encoding and mechanical softness of natural skin. · science is the leading multidisciplinary, international journal of peer-reviewed research including analysis and news coverage of breakthroughs and policy. · science/aaas peer-reviewed journals deliver impactful research, daily news, expert commentary, and career resources. · huanglongbing (hlb) is a devastating citrus disease. The thermal stability of the cu … In this work, we report an hlb resistance regulatory circuit in citrus composed of an e3 ubiquitin ligase, pub21, and its … · the gut microbiota is known to be associated with a variety of human metabolic diseases, including metabolic dysfunction–associated steatohepatitis (mash). Programmable gene integration in human cells has the potential to enable mutation-agnostic treatments for loss-of-function genetic diseases and facilitate many applications in the life … We analyzed a global database of soil pollution by arsenic, cadmium, cobalt, … · the sense of touch conveys critical environmental information, facilitating object recognition, manipulation, and social interaction, and can be engineered through haptic … · we present a bulk nanocrystalline copper alloy that can operate at near-melting temperatures with minimal coarsening and creep deformation.