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An artificially intelligent controller can station a stratospheric balloon for weeks at a time without full knowledge of surrounding winds, opening up the prospect of unsupervised environmental monitoring.
Recent work on optical computing for artificial intelligence applications is reviewed and the potential and challenges of all-optical and hybrid optical networks are discussed.
The first detection of neutrinos produced by the Sun’s secondary solar-fusion cycle paves the way for a detailed understanding of the structure of the Sun and of the formation of massive stars.
The fossil record traces the origin of the modern bird skull as birds evolved from their dinosaurian ancestors. Now the discovery of a bizarre fossil reveals a surprising diversion during this process of facial transformation.
This review discusses how single-cell profiling and other technological advances are increasing our understanding of the mechanisms of fibrosis, thereby accelerating the discovery, development and testing of new treatments.
This Review summarizes developments in the field of mechanically activated ion channels, which have been driven by the increasing breadth of structural studies.
As the COVID-19 pandemic rages globally, interest in antiviral treatments has never been higher. Antibodies are key defence components, and engineering them to better exploit their natural functions might boost therapeutic options.
An analysis of worldwide data finds that human mobility has a hierarchical structure. A proposed model that accounts for such hierarchies reproduces differences in mobility behaviour across genders and levels of urbanization.
The discovery that the receptor protein LDLRAD3 is essential for infection of human cells by Venezuelan equine encephalitis virus could inform strategies to combat this potentially lethal infection.
Atmospheric particles that increase levels of cellular oxidants when inhaled might be especially harmful. An analysis reveals which emissions should be limited to minimize the potential adverse health effects of such particles in Europe.
An innovative approach has been used to link genetics to behaviour in mice. The analysis reveals that the gene Gpr12 underpins the role of the brain’s thalamus region in maintaining short-term memory.
Tropical cyclones weaken after they reach land. But it emerges that for the North Atlantic basin, storms are weakening more slowly as regional sea surface temperatures increase.
Experiments conducted deep beneath a mountain have provided the most precise measurements yet of a key nuclear reaction that occurred seconds after the Big Bang — refining our knowledge of the constituents of the Universe.
What determines the chemical make-up of human blood? Measurement of the contributions of factors ranging from genetics to lifestyle has now identified diet and gut microbes as key predictors of blood’s molecular composition.
The authors review how the presence of organized crime in the fisheries sector hinders progress towards the development of a sustainable ocean economy and highlight practical opportunities to address this problem at both the local and the global level.
Understanding the dynamics of SARS-CoV-2 infections could help to limit viral spread. Analysing mobile-phone data to track human contacts at different city venues offers a way to model infection risks and explain infection disparities.
When determining whether gut microbes affect human health, it is hard to distinguish between a causal and a correlative relationship. Analysis of microbial links to human traits and habits correlated with disease offers a step forward.
Many receptor proteins of the GPCR family exist in multiple isoforms. A comprehensive analysis of different combinations of GPCR isoforms that produce diverse signalling patterns in cells has implications for drug development.
The origins of millisecond-long bursts of radio emissions, known as fast radio bursts, from beyond our Galaxy have been enigmatic. The detection of one such burst from a Galactic source helps to constrain the theories.
The neutron drip line refers to the maximum number of neutrons that can be packed into the atomic nuclei of each chemical element. A mechanism has been proposed that could explain the long-debated origin of this drip line.
