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andrew robinson reviews five of the best science picks.

carmen garcía-chávez monitors the activities of wolves after their reintroduction to chihuahua, northern mexico.

application volume is outpacing available funding, intensifying competition and worsening pressure on the peer-review system. but those who win grants are now getting more.

australia’s online safety amendment act provides the chance for researchers to analyse the complex relationship between social-media use and mental health in adolescents, but results should be interpreted with caution.

a july ruling from the international court of justice is clear: nations can face consequences if they don’t act on the climate crisis.

photography is not just illustrative, it is investigative. a revealing book cautions us to look closely at what pictures are really telling us.

lager drinkers fall into two distinct categories: those who prefer strong flavour chemicals and those who prefer mellow ones. plus, a deep-sea worm that produces a pigment favoured by rembrandt and the evidence around chemical exposure from beauty products.

radiative cooling (rc) coatings on building roofs offer a promising approach to reducing cooling energy consumption; however, their overcooling effect can paradoxically increase heating energy demand. phase change materials (pcms) and self-adaptive rc coatings are considered effective strategies to mitigate this issue. nonetheless, their application potential under different climate conditions has

peripheral and central nerve injuries present significant challenges in clinical practice due to the paucity of effective therapeutic options. extracellular vesicles (evs), lipid membrane-encapsulated nanoparticles released from most cell types, are enriched in bioactive molecules capable of mediating intercellular communication. recently, evs have shown potential for applications in regenerative medicine

some researchers say that us-agency policies provide opportunities for political interference.

with worsening global energy shortages and environmental pollution, there is an urgent requirement for efficient and clean energy systems to address these issues. this study aims to develop a high-performance combined cooling, heating, and power system by integrating multiple advanced technologies to improve energy efficiency and reduce environmental impact. this study integrates a spectrum-splitting

floating offshore wind turbines (fowts) offer distinct advantages for improving the competitiveness of offshore wind energy. however, their operation involves complex dynamics characterized by multiple sources of loading, considerable temporal variability, and high nonlinearity. understanding the multi-physics coupling mechanisms and subsystem interactions governing the behavior of fowts is essential

fuel cell technology combined with solar power generation could meet energy needs and mitigate environmental impact. this paper investigates the idea and viability of a hybrid power generation system that combines solar and fuel cell. due to its dual use of fuel cells and solar panels, the system offers greater dependability, efficiency, and environmental sustainability than standalone systems. these

artificial intelligence (ai) chips play a pivotal role in mobile intelligent devices including mobile robots, drones, smart electric vehicles, and others. with the rising computing power demands of these devices, thermal management systems for ai chips are facing increasingly crucial challenges, particularly in scenarios requiring reliable cooling under different orientations and high-temperature conditions

this study proposes a novel polygeneration system that simultaneously produces power, hydrogen, and ammonia with net-zero co2 emissions. it integrates the oxy-combustion allam cycle for power, an alkaline electrolyzer for hydrogen, and the haber-bosch method for ammonia synthesis. the system leverages byproduct reutilization and heat integration to enhance efficiency and reduce energy consumption.

this study presents the algae autobioreactor (aab), an advanced photo-bioreactor system designed for architectural integration as windows, building facades, and shading elements. we developed the real-time image processing automation of the algae panel (ripaap) system to enable continuous monitoring of critical parameters including algal concentration, density, visible transmittance (vt), solar heat

what decades of research can tell us about the causes of autism. plus, a meticulous single-atom version of an iconic physics experiment and how unicellular organisms are helping us uncover what sparked multicellular animal life.

correction to: nature https://doi.org/10.1038/s41586-025-08694-9 published online 12 march 2025

average expected lifespan is still increasing in high-income countries, but the rate of increase is slowing.

listen to an audio version of a recent nature feature.

bluesky posts about science garner more likes and reposts than similar ones on x.

the professional-networking platform helped elena hoffer to launch a company and sparked a global conversation to re-imagine academia.

analysis of almost 15 million people shows the trend increases with each decade, across cultures and generations.

a new generation of researchers is using the platform to build audiences and monetize their knowledge.

system that searches for signs of bad practice could help to weed out questionable titles.

the creature might have been more than 3.5 metres long, with powerful jaws and serrated, flesh-cutting teeth.

research shows that beer drinkers are split depending on which types of flavour chemicals they prefer.

rumours that fuelled the great fear in revolutionary france were transmitted similarly to a viral disease. plus, glow-in-the-dark succulents and a new treatment for acne.

microwave-assisted catalytic pyrolysis (macp) can convert sewage sludge into bio-oil for the production of fuels and chemicals, offering environmental and energy benefits. this study meticulously synthesized metal–organic framework (mofs)-derived ce-doped carbon-based materials to optimize bio-oil quality via the macp process over yce-fe/c catalysts. the results demonstrate that at a reaction temperature

climate change will impact the affordability and independence of household green hydrogen systems due to shifting climate patterns and more frequent extreme events. however, quantifying these impacts remains challenging because of the complex interactions among climate, building characteristics, and energy systems in urban environments. this study presents an integrated modeling platform that couples

the rapid expansion of offshore wind energy involves deploying large wind farms in clusters, creating complex aerodynamic interference that affects energy production. however, the comprehensive impact of atmospheric stability on the performance of these clusters is not yet fully understood, which hinders the optimisation of their layout and energy yield. this study tests the central hypothesis that

epidemiological evidence shows that some diseases tend to co-occur; more exactly, certain groups of patients with a given disease are at a higher risk of developing a specific secondary condition. here, we develop an approach to generate a disease network that uses the accumulating rna-seq data on human diseases to significantly match an unprecedented proportion of known comorbidities, providing plausible

the niche is a key concept that unifies ecology and evolutionary biology. however, empirical and theoretical treatments of the niche are mostly performed at the species level, neglecting individuals as important units of ecological and evolutionary processes. so far, a formal mathematical link between individual-level niches and higher organismal-level niches has been lacking, hampering the unification

schistosomes are parasitic flatworms that infect more than 200 million people globally. however, there is a shortage of molecular tools that enable the discovery of potential drug targets within schistosomes. thus, praziquantel has remained the frontline treatment for schistosomiasis despite known liabilities. here, we have conducted a genome-wide study in schistosoma mansoni using the human druggable

the room temperature manipulation of solid-state spins provides an opportunity to develop quantum applications under ambient conditions. local electromagnetic fields, that usually produced by current in micro/nanoscale metal wires, have been employed for the coherent driving and addressing of spin qubit. however, the fixed distribution limits the spatial selectivity and efficiency of qubit manipulation

living systems display complex behaviors driven by physical forces as well as decision-making. hydrodynamic theories hold promise for simplified universal descriptions of socially generated collective behaviors. however, the construction of such theories is often divorced from the data they should describe. here, we develop and apply a data-driven pipeline that links micromotives to macrobehavior by

with no lysine (k) 1 (wnk1) is essential for ion and volume homeostasis, sensing osmotic stress and activating pathways that regulate ion transport. its response to osmotic stress shares similarities with the function of the mechanosensitive ion channel piezo1. in this study, we show that yoda1, a piezo1 agonist, activates wnk1 downstream kinase targets oxidative stress-responsive 1 (osr1) and ste20/sps1-related

membrane active peptides (maps) represent a diverse group of agents that disrupt the integrity of lipid membranes. one class of maps, antimicrobial peptides (amps), destroy bacteria by transiently porating the bacterial membrane causing leakage of cellular contents. transient leakage is classified as “graded,” where all vesicles in a population leak partially, or “all-or-none,” where some vesicles

biological flyers periodically flap their appendages to generate aerodynamic forces. extensive studies have made significant progress in explaining the physics behind their propulsion in cruising by developing scaling laws of their flight kinematics. notably strouhal number ( st ; ratio of flapping frequency times stroke amplitude to cruising speed) has been found to fall in a narrow range for animal

arsenite (as iii ) is toxic to all organisms due to its ability to tightly bind exposed thiols within cells. an important as iii resistance mechanism in prokaryotes involves proteins encoded by the ars operon. a central component of the ars operon in many bacteria is the cytoplasmic atpase, arsa, which orchestrates a series of nucleotide-dependent handoffs, starting with the capture of as iii by the

in vivo genome editing has the potential to address many inherited and environmental disorders. however, a major hurdle for the clinical translation of genome editing is safe, efficient delivery to disease-relevant tissues. a modality-agnostic reporter animal model that facilitates rapid, precise, and quantifiable assessment of functional delivery and editing could greatly enhance the evaluation and

in mammals, a hierarchically organized circadian timing system orchestrates daily rhythms of nearly all physiology. a master pacemaker in the brain’s suprachiasmatic nucleus (scn) synchronizes subsidiary clocks in most peripheral organs. by driving anabolic and catabolic cycles of proteins, lipids, and carbohydrates and by detoxifying endo- and xenobiotic components, the liver plays an important role

this paper presents an analytical framework for thermodynamical modeling of creep damage and fracture in materials through the lens of entropy production. building on the second law of thermodynamics and principles of irreversible processes, the study establishes a unified coupling between a phenomenological damage law and continuum damage mechanics. the model links creep deformation to internal entropy

paralvinella hessleri is the first known animal to create orpiment, which was used by artists for centuries.

today’s antibody therapies must be taken for life to avoid severe setbacks. researchers are pushing for a more durable treatment.

demystifying itching, giving robots facial expressions, and other key studies and trials.

research into the growing environmental problem of urban gullies highlights the challenging conditions under which many socially important studies are done.

genetic and anatomical data reveal how the human pelvis acquired its unique shape, enabling our ancestors to walk on two legs.

single-celled species that often stick together in colonies have researchers rethinking the origin of animals.