{"date":"2026-09-27","generated_at":"2026-09-27T15:21:44+00:00","model":"jev-1.13.0","total":191,"by_field":{"chemistry":34,"engineering":3,"life":64,"physics":15,"health":32,"earth":8,"space":3,"ecology":6,"ai":6,"society":1,"neuro":19},"by_source":{"journal":123,"biorxiv":45,"medrxiv":23},"topics":{"chemistry":{"nano":6,"polymers":3,"materials":10,"catalysis":8,"energymat":3,"chemother":1,"molecular":3},"engineering":{"imaging":1,"robots":1,"signal":1},"life":{"microbes":20,"cancerbio":8,"structural":6,"genetics":8,"bioeng":3,"immunology":4,"plants":3,"cell":6,"development":2,"bioinfo":4},"physics":{"condensed":4,"quantum":3,"optics":6,"statmech":2},"health":{"oncology":4,"infectious":6,"diagnostics":5,"mental":3,"cardiometabolic":6,"lifespan":2,"treatments":1,"public":5},"earth":{"sustainability":3,"geology":3,"climate":1,"oceans":1},"space":{"planets":3},"ecology":{"conservation":2,"evolution":2,"ecosystems":1,"animals":1},"ai":{"aiscience":5,"efficiency":1},"society":{"economics":1},"neuro":{"circuits":6,"cognition":4,"braindisease":5,"compneuro":3,"psychology":1}},"jev_tokens":651590,"picks":[{"id":"doi-10.1038_s41467-026-78067-x","src":"journal","venue":"Nature Communications","date":"2026-09-27","title":"Electrical signal transmission across electrolyte junctions separated by atomically-thin graphene","authors":["Canbin Wang","Mingyang Xia","Jiaqi Zhai","Jialong Lin","Maxim Trushin","Kostya S. Novoselov","Sheng Yao Hu"],"n_authors":7,"url":"https://doi.org/10.1038/s41467-026-78067-x","pdf":"https://www.nature.com/articles/s41467-026-78067-x_reference.pdf","doi":"10.1038/s41467-026-78067-x","code":[],"note":null,"cats":[],"status":"journal","published":null,"license":"cc-by-nc-nd","field":"chemistry","topic":"nano","rank":4.193,"pick":true,"j":{"model":"jev-1.13.0","topic_c":0.84,"kind":"finding","kind_c":0.97,"kind_p":{"finding":0.98,"method":0.02},"evidence":"lab","evidence_c":1.0,"evidence_p":{"lab":1.0},"appeal":1.78,"appeal_c":0.76,"appeal_p":[0.01,0.22,0.76,0.01],"advance":2.67,"advance_c":0.67,"advance_p":[0.0,0.05,0.23,0.72],"level":1.0,"level_c":0.96,"level_p":[0.01,0.97,0.02],"hype":0.52,"practical":0.77,"key":1,"key_c":0.57,"caveat":3,"caveat_c":0.45},"key_text":"Here we show that atomically thin graphene crystals, although impermeable to any ions or molecules, can transmit interfacial electrical potentials across electrolyte junctions without significant disruption.","caveat_text":"By increasing the number of graphene layers, the response decays and vanishes at ~ 5 layers.","sentences":["Signal transmission across membranes is usually mediated by the permeation of molecular species.","Here we show that atomically thin graphene crystals, although impermeable to any ions or molecules, can transmit interfacial electrical potentials across electrolyte junctions without significant disruption.","In monolayer graphene, applying an electrical potential at one graphene-electrolyte interface induces a similar responsive potential at the opposite side, with the magnitude governed by ionic sizes.","By increasing the number of graphene layers, the response decays and vanishes at ~ 5 layers.","Theoretical analysis attributes these observations to graphene’s tunable charge-carrier concentration combined with its extreme thinness.","This capability of transmitting activation stimuli without mass transport may find its applications in artificial synapses and other neuromorphic junctions.","This study shows that atomically thin graphene can transmit electrical signals between separated liquids without allowing ions or molecules to pass, enabling communication across otherwise impermeable membranes."]},{"id":"doi-10.1126_sciadv.aeg9993","src":"journal","venue":"Science Advances","date":"2026-09-27","title":"Morphing polymer voxels for dynamic information switching","authors":["Lijun Cai","Zhangming Shen","Wang Zhang","Hongtao Wang","Joel K. W. Yang","Hong li Liu","Mingchao Zhang"],"n_authors":7,"url":"https://doi.org/10.1126/sciadv.aeg9993","pdf":null,"doi":"10.1126/sciadv.aeg9993","code":[],"note":null,"cats":[],"status":"journal","published":null,"license":null,"field":"chemistry","topic":"polymers","rank":3.73,"pick":true,"j":{"model":"jev-1.13.0","topic_c":0.72,"kind":"method","kind_c":1.0,"kind_p":{"method":1.0},"evidence":"lab","evidence_c":1.0,"evidence_p":{"lab":1.0},"appeal":1.68,"appeal_c":0.64,"appeal_p":[0.01,0.32,0.65,0.02],"advance":2.35,"advance_c":0.55,"advance_p":[0.0,0.05,0.55,0.4],"level":1.3,"level_c":0.55,"level_p":[0.0,0.7,0.3],"hype":0.54,"practical":0.89,"key":1,"key_c":1.0,"caveat":null,"caveat_c":0.99},"key_text":"Here, we report morphing polymeric voxels based on liquid crystal that enable seamless and reversible information display without onboard electrical power or integrated circuitry.","caveat_text":null,"sentences":null,"abstract_withheld":true},{"id":"doi-10.1126_sciadv.adv8384","src":"journal","venue":"Science Advances","date":"2026-09-27","title":"Dynamic flexible optical sensing based on liquid integrated circuits","authors":["Beihang Xu","Jinghao Zhu","Qing Zhang","Xiaojun Zhou","Yao An","Xinjia Zheng","Yapei Wang","Yonglin He"],"n_authors":8,"url":"https://doi.org/10.1126/sciadv.adv8384","pdf":null,"doi":"10.1126/sciadv.adv8384","code":[],"note":null,"cats":[],"status":"journal","published":null,"license":"cc-by-nc","field":"engineering","topic":"imaging","rank":3.583,"pick":true,"j":{"model":"jev-1.13.0","topic_c":0.95,"kind":"method","kind_c":1.0,"kind_p":{"method":1.0},"evidence":"lab","evidence_c":1.0,"evidence_p":{"lab":1.0},"appeal":1.5,"appeal_c":0.49,"appeal_p":[0.01,0.49,0.49,0.01],"advance":2.44,"advance_c":0.51,"advance_p":[0.0,0.03,0.5,0.47],"level":1.19,"level_c":0.72,"level_p":[0.0,0.81,0.19],"hype":0.56,"practical":0.82,"key":2,"key_c":0.83,"caveat":null,"caveat_c":0.92},"key_text":"Here, we propose a DFOS system based on liquid integrated circuits (LICs), integrating photosensitive ionic liquid (PIL) and stretchable liquid metal electrodes to achieve active curvature modulation for geometry-adaptive optical sensing.","caveat_text":null,"sentences":["Vision supplies more than 80% of the information, and innovations in artificial vision can catalyze a foundational shift for technologies such as embodied intelligence.","Dynamic flexible optical sensing (DFOS), where the sensor itself modulates curvature on demand, offers curvature-matched optical acquisition, focus switching without moving optics, and multiplane light-field acquisition, yet repetitive and reversible deformation is still challenging for recent electronic arrays.","Here, we propose a DFOS system based on liquid integrated circuits (LICs), integrating photosensitive ionic liquid (PIL) and stretchable liquid metal electrodes to achieve active curvature modulation for geometry-adaptive optical sensing.","The PIL exhibits selective color perception, reversible photo-thermo-electric responses, and robust stability.","This all-liquid architecture allows for large-amplitude hydraulically controlled curvature modulation (>31.9°) with a strain rate of ∼1.62% per second and exceptional durability (600 reversible cycles) without mechanical fatigue.","With the assistance of machine learning, the system demonstrates multimodal signal acquisition (concave, planar, and convex configurations) for color, pattern, and distance recognition with high accuracy through hydraulically controlled curvature modulation."]},{"id":"doi-10.1038_s41467-026-78160-1","src":"journal","venue":"Nature Communications","date":"2026-09-27","title":"A global mitochondrial genomic atlas illuminates freshwater microeukaryote diversity","authors":["Lucas Serra Moncadas","Hans‐Joachim Ruscheweyh","Jason Nicholas Woodhouse","Michaela M. Salcher","Yusuke Okazaki","David Kamanda Ngugi","Michael Pester","Thomas Posch","Rohit Ghai","Hans‐Peter Grossart","Shinichi Sunagawa","Jakob Pernthaler","Adrian‐Ștefan Andrei"],"n_authors":13,"url":"https://doi.org/10.1038/s41467-026-78160-1","pdf":"https://www.nature.com/articles/s41467-026-78160-1_reference.pdf","doi":"10.1038/s41467-026-78160-1","code":[],"note":null,"cats":[],"status":"journal","published":null,"license":"cc-by","field":"life","topic":"microbes","rank":3.448,"pick":true,"j":{"model":"jev-1.13.0","topic_c":0.45,"kind":"resource","kind_c":0.5,"kind_p":{"resource":0.58,"method":0.42},"evidence":"observation","evidence_c":0.91,"evidence_p":{"observation":0.93,"benchmark":0.05,"computation":0.02},"appeal":1.11,"appeal_c":0.85,"appeal_p":[0.02,0.85,0.13,0.0],"advance":2.72,"advance_c":0.72,"advance_p":[0.0,0.0,0.28,0.72],"level":1.4,"level_c":0.4,"level_p":[0.0,0.6,0.4],"hype":0.49,"practical":0.6,"key":3,"key_c":0.96,"caveat":null,"caveat_c":0.89},"key_text":"Here we establish a global mitogenome-based framework that converts shotgun metagenomes into species‑resolved, phylogeny‑anchored inventories.","caveat_text":null,"sentences":["Abstract Environmental genomics has transformed our view of the microbial world, yet progress remains largely prokaryote-centric.","Among microbial eukaryotes, inconsistent marker choice and limited species-level resolution blunt diversity estimates and hinder cross-study synthesis.","Consequently, regional‑to‑global gradients in richness, turnover, and phylogenetic structure remain poorly resolved.","Here we establish a global mitogenome-based framework that converts shotgun metagenomes into species‑resolved, phylogeny‑anchored inventories.","From 3,400 metagenomes spanning 362 lakes on seven continents, we reconstruct ~20,000 mitochondrial metagenome-assembled genomes (mitoMAGs), densely populating previously sparse branches of the eukaryotic tree—notably SAR (Stramenopiles–Alveolata–Rhizaria), Cryptophyceae, and Haptista.","An empirically calibrated 98.1% mitoMAG‑identity threshold delineates species and tethers community profiles to an evolutionary backbone.","On this backbone, coverage‑standardized inventories recover canonical ecological patterns: mesotrophic richness peaks, surface-layer expansion of phylogenetic breadth, and spring maxima with the strongest surface–deep coupling at vernal mixing; supporting the framework.","Treating mitoMAGs as primer‑free barcodes yields a single, species‑level, phylogeny‑aware currency that renders richness, evenness, and phylogenetic breadth directly comparable across datasets, depths, seasons, and regions.","By placing microbial eukaryotes on an analytical footing comparable to prokaryotes, the resulting atlas brings their diversity into reach and lays the groundwork for future high-throughput, species-aware monitoring and ecological forecasting."]},{"id":"doi-10.1126_sciadv.aeh6191","src":"journal","venue":"Science Advances","date":"2026-09-27","title":"Observation of thermally stable polar metallic state in perovskite nitride CeWN 3","authors":["Xubin Ye","Shaoxuan Zheng","Zhaoliang Chen","Zhaoliang Chen","Zun‐Yi Deng","Zhiyu Liao","Xianggang Qiu","Xiao Wang","Yunhui Huang","Chang‐Yang Kuo","Chien-Te Chen","Chih‐Wen Pao","Cheng Dong","Zhao Pan","Jiawang Hong","Lin Gu","Zhen Chen","Zhen Chen","Youwen Long"],"n_authors":19,"url":"https://doi.org/10.1126/sciadv.aeh6191","pdf":null,"doi":"10.1126/sciadv.aeh6191","code":[],"note":null,"cats":[],"status":"journal","published":null,"license":"cc-by","field":"physics","topic":"condensed","rank":3.383,"pick":true,"j":{"model":"jev-1.13.0","topic_c":0.89,"kind":"finding","kind_c":1.0,"kind_p":{"finding":1.0},"evidence":"lab","evidence_c":1.0,"evidence_p":{"lab":1.0},"appeal":0.99,"appeal_c":0.84,"appeal_p":[0.08,0.85,0.07,0.0],"advance":2.95,"advance_c":0.95,"advance_p":[0.0,0.01,0.03,0.96],"level":1.45,"level_c":0.32,"level_p":[0.0,0.55,0.45],"hype":0.5,"practical":0.25,"key":3,"key_c":0.99,"caveat":null,"caveat_c":0.81},"key_text":"In this study, we report a thermally stable polar-metal state in perovskite cerium tungsten nitride.","caveat_text":null,"sentences":["Polar metals offer substantial potential for exotic quantum phenomena and multifunctional applications.","However, the existence of a polar metal is fundamentally challenging owing to the screening of dipole-dipole interactions by conducting electrons.","Specifically, a high-temperature–stabilized polar metal remains to be discovered.","In this study, we report a thermally stable polar-metal state in perovskite cerium tungsten nitride.","Synchrotron x-ray diffraction and electron microscopy reveal a polar Pna 2 1 structure, while second-harmonic generation demonstrates that the polar response persists up to 850 kelvins in argon.","Electrical resistivity and optical conductivity measurements demonstrate metallic transport behavior, consistent with the itinerant electronic contribution derived from specific heat analysis.","First-principles calculations reveal that the polar distortion and metallic conductivity originate from tungsten-centered nitrogen octahedra, where the off-center displacements of hexavalent tungsten ions govern polarity and hybridization between tungsten 5d and nitrogen 2p states contributes to itinerant carriers.","This study establishes a record-high-temperature polar metal, opening a promising avenue for exploring robust polar and metallic materials in perovskite nitrides."]},{"id":"doi-10.1038_s43247-026-04059-w","src":"journal","venue":"Communications Earth & Environment","date":"2026-09-27","title":"Social structural factors outperform economic assumptions in explaining global municipal waste generation","authors":["Lisandra Rocha‐Meneses","Kamil Smolak","Habiba Khalid","Mario Luna-delRisco","Abrar Inayat","Farooq Sher"],"n_authors":6,"url":"https://doi.org/10.1038/s43247-026-04059-w","pdf":null,"doi":"10.1038/s43247-026-04059-w","code":[],"note":null,"cats":[],"status":"journal","published":null,"license":"cc-by-nc-nd","field":"earth","topic":"sustainability","rank":3.282,"pick":true,"j":{"model":"jev-1.13.0","topic_c":0.99,"kind":"finding","kind_c":1.0,"kind_p":{"finding":1.0},"evidence":"observation","evidence_c":0.78,"evidence_p":{"observation":0.8,"benchmark":0.19,"computation":0.01},"appeal":1.83,"appeal_c":0.75,"appeal_p":[0.0,0.21,0.75,0.04],"advance":1.48,"advance_c":0.52,"advance_p":[0.0,0.52,0.48,0.0],"level":0.48,"level_c":0.28,"level_p":[0.52,0.48,0.0],"hype":0.53,"practical":0.78,"key":4,"key_c":0.96,"caveat":null,"caveat_c":0.97},"key_text":"These results show that waste generation reflects a country’s overall social development and institutions, not just its wealth or degree of urbanization, pointing to targeted levers for waste-reduction policy.","caveat_text":null,"sentences":["Municipal solid waste generation depends on a complex mix of economic, social, environmental, and governance factors, yet the drivers behind it remain poorly understood.","Here we show that waste generation across countries is linked to socioeconomic inequality, gender gaps in employment, and resource-intensive economic models, as well as to health indicators such as mental health, drug-related mortality, and life expectancy.","Broader measures of human development, the balance between rural and urban populations, marriage equality, education levels, carbon emissions, and birth rates also shape how much waste a country produces.","Agricultural land area is tied to waste levels, reflecting food supply chains and agro-industrial activity, while freedom of expression is associated with consumption-driven waste in open, economically advanced societies.","These results show that waste generation reflects a country’s overall social development and institutions, not just its wealth or degree of urbanization, pointing to targeted levers for waste-reduction policy.","The Human Development Index, CO2 emissions per capita, disease prevalence, and life expectancy are key predictors of municipal waste generation across countries, according to a machine learning analysis of 239 indicators from 195 countries."]},{"id":"doi-10.1126_sciadv.aei0167","src":"journal","venue":"Science Advances","date":"2026-09-27","title":"Enceladus-like geochemistry fuels methanogenesis under extreme CO 2 limitation","authors":["Vanessa Helmbrecht","Frank Postberg","Nozair Khawaja","Robert Reichelt","Frieder Klein","Dina Grohmann","William D. Orsi"],"n_authors":7,"url":"https://doi.org/10.1126/sciadv.aei0167","pdf":null,"doi":"10.1126/sciadv.aei0167","code":[],"note":null,"cats":[],"status":"journal","published":null,"license":"cc-by-nc","field":"space","topic":"planets","rank":3.075,"pick":true,"j":{"model":"jev-1.13.0","topic_c":0.58,"kind":"finding","kind_c":1.0,"kind_p":{"finding":1.0},"evidence":"lab","evidence_c":1.0,"evidence_p":{"lab":1.0},"appeal":1.59,"appeal_c":0.57,"appeal_p":[0.02,0.39,0.58,0.01],"advance":1.97,"advance_c":0.59,"advance_p":[0.0,0.21,0.6,0.19],"level":1.33,"level_c":0.51,"level_p":[0.0,0.67,0.33],"hype":0.44,"practical":0.11,"key":2,"key_c":0.95,"caveat":null,"caveat_c":0.92},"key_text":"Here, we show that simulated Enceladus’ ocean chemistry containing high concentrations of dissolved inorganic carbon and H 2 from mineral-water reactions enables growth of the chemolithoautotroph H 2 -oxidizing methanogen Methanothermococcus okinawensis until pH 11, far exceeding its previously known pH limit.","caveat_text":null,"sentences":["Saturn’s icy moon Enceladus features chemical signatures consistent with an alkaline soda ocean with H 2 production via hydrothermal water-rock reactions.","Chemolithoautotrophic methanogenesis is thermodynamically favorable under these conditions, but it is unknown whether CO 2 scarcity in the alkaline Enceladus soda ocean limits autotrophy.","Here, we show that simulated Enceladus’ ocean chemistry containing high concentrations of dissolved inorganic carbon and H 2 from mineral-water reactions enables growth of the chemolithoautotroph H 2 -oxidizing methanogen Methanothermococcus okinawensis until pH 11, far exceeding its previously known pH limit.","Transcriptomics revealed that growing cells overcome CO 2 scarcity in the simulated Enceladus soda ocean by overexpressing the reductive acetyl-CoA pathway for CO 2 fixation, which enabled efficient scavenging of CO 2 at extremely low concentrations.","The carbon and energy metabolism of M. okinawensis was entirely fueled by the abiotic H 2 derived from the simulated Enceladus mineral-water reactions."]},{"id":"doi-10.1126_sciadv.aee9917","src":"journal","venue":"Science Advances","date":"2026-09-27","title":"Sediment dynamics drive global patterns of salt-marsh vulnerability","authors":["Hangjie Lin","Sergio Fagherazzi","Cédric G. Fichot"],"n_authors":3,"url":"https://doi.org/10.1126/sciadv.aee9917","pdf":null,"doi":"10.1126/sciadv.aee9917","code":[],"note":null,"cats":[],"status":"journal","published":null,"license":"cc-by-nc","field":"ecology","topic":"conservation","rank":3.049,"pick":true,"j":{"model":"jev-1.13.0","topic_c":0.51,"kind":"finding","kind_c":0.83,"kind_p":{"finding":0.87,"method":0.12,"resource":0.01},"evidence":"observation","evidence_c":1.0,"evidence_p":{"observation":1.0},"appeal":1.21,"appeal_c":0.78,"appeal_p":[0.0,0.79,0.21,0.0],"advance":1.91,"advance_c":0.84,"advance_p":[0.0,0.12,0.84,0.04],"level":0.99,"level_c":0.97,"level_p":[0.01,0.98,0.01],"hype":0.35,"practical":0.92,"key":3,"key_c":0.94,"caveat":null,"caveat_c":0.98},"key_text":"Tidal range, suspended sediment concentration, and wave-sediment coupling are the strongest first-order predictors of contemporary marsh trajectories, outperforming RSLR in explaining global patterns.","caveat_text":null,"sentences":["Salt marshes protect coastlines, support biodiversity, and store substantial blue carbon, yet their rates of gain and loss vary markedly around the world.","Although relative sea-level rise (RSLR) is widely recognized as a major threat, contemporary global patterns of marsh change do not simply track RSLR, suggesting additional controls mediate vulnerability.","Here, we combine satellite-derived global salt-marsh change with datasets describing hydro-sedimentary regimes, human pressure, and extreme events to identify the processes underlying this spatial heterogeneity.","Tidal range, suspended sediment concentration, and wave-sediment coupling are the strongest first-order predictors of contemporary marsh trajectories, outperforming RSLR in explaining global patterns.","These results show that the effects of RSLR are mediated by local sediment availability, delivery, and redistribution.","Building on this framework, the Salt Marsh Vulnerability Index identifies coastlines globally where physical conditions favor persistence or increase the risk of marsh degradation, providing a foundation for conservation, restoration, and blue-carbon planning."]},{"id":"doi-10.1038_s41467-026-77890-6","src":"journal","venue":"Nature Communications","date":"2026-09-27","title":"Multiplexed deep visual proteomics resolves spatial heterogeneity and rare endocrine states in human pancreatic islets","authors":["Mariya Mardamshina","Nicolai Dorka","Marvin Thielert","Frida Björklund","Frederic Ballllosera Navarro","Anna Martinez Casals","Ferenc Kovács","Christophe Avenel","Jocelyn E. Manning Fox","Péter Horváth","Carolina Wählby","Patrick Edward MacDonald","Matthias Mann","Emma K. Lundberg"],"n_authors":14,"url":"https://doi.org/10.1038/s41467-026-77890-6","pdf":"https://www.nature.com/articles/s41467-026-77890-6_reference.pdf","doi":"10.1038/s41467-026-77890-6","code":[],"note":null,"cats":[],"status":"journal","published":null,"license":"cc-by","field":"ai","topic":"aiscience","rank":2.926,"pick":true,"j":{"model":"jev-1.13.0","topic_c":0.52,"kind":"method","kind_c":1.0,"kind_p":{"method":1.0},"evidence":"lab","evidence_c":0.99,"evidence_p":{"lab":1.0},"appeal":1.09,"appeal_c":0.83,"appeal_p":[0.04,0.83,0.13,0.0],"advance":2.34,"advance_c":0.64,"advance_p":[0.0,0.01,0.64,0.35],"level":1.64,"level_c":0.45,"level_p":[0.0,0.36,0.64],"hype":0.44,"practical":0.35,"key":3,"key_c":0.61,"caveat":null,"caveat_c":0.96},"key_text":"Applied to human pancreatic islets, mxDVP segments over 860,000 cells and resolves twelve endocrine subtypes, including rare polyhormonal and intermediate-state populations that exhibit spatial organization patterns, co-expression of INSM1 and SCG3, and hybrid α/β/δ signatures.","caveat_text":null,"sentences":["Abstract Understanding tissue function requires connecting spatial cellular context with molecular depth, yet such integration remains challenging in complex organs like the pancreas.","We develop multiplexed Deep Visual Proteomics (mxDVP), an end-to-end workflow combining high-plex imaging, automated computational analysis, and spatially guided ultra-sensitive mass spectrometry.","Powered by PIPΣX, an open-source image analysis framework enabling whole-slide membrane-aware segmentation, annotation, and laser microdissection export, mxDVP achieves >6000 protein identifications from as few as 100 small islet cells.","Applied to human pancreatic islets, mxDVP segments over 860,000 cells and resolves twelve endocrine subtypes, including rare polyhormonal and intermediate-state populations that exhibit spatial organization patterns, co-expression of INSM1 and SCG3, and hybrid α/β/δ signatures.","These findings reveal a spectrum of endocrine heterogeneity and spatial organization.","By integrating imaging and deep proteomics in an accessible framework, mxDVP enables discovery of rare cell states whose biological roles depend on tissue architecture."]},{"id":"doi-10.1038_s44284-026-00518-9","src":"journal","venue":"Nature Cities","date":"2026-09-27","title":"Economic-boom-driven electricity demand linked to urban air pollution and health in India","authors":["Basudev Swain","Aishwarya Singh","Debashis Tripathy","Rui Song","Adrien Deroubaix","Marco Vountas","Pritanjali Shende","Chenchen Huang","Luca Lelli","Ankit Tandon"],"n_authors":10,"url":"https://doi.org/10.1038/s44284-026-00518-9","pdf":"https://www.nature.com/articles/s44284-026-00518-9.pdf","doi":"10.1038/s44284-026-00518-9","code":[],"note":null,"cats":[],"status":"journal","published":null,"license":"cc-by","field":"society","topic":"economics","rank":2.822,"pick":true,"j":{"model":"jev-1.13.0","topic_c":0.95,"kind":"finding","kind_c":1.0,"kind_p":{"finding":1.0},"evidence":"observation","evidence_c":1.0,"evidence_p":{"observation":1.0},"appeal":1.7,"appeal_c":0.61,"appeal_p":[0.0,0.34,0.61,0.05],"advance":1.03,"advance_c":0.97,"advance_p":[0.0,0.97,0.03,0.0],"level":0.77,"level_c":0.65,"level_p":[0.23,0.77,0.0],"hype":0.28,"practical":0.97,"key":5,"key_c":0.53,"caveat":null,"caveat_c":0.99},"key_text":"These findings highlight contrasting indoor and outdoor air-pollution health consequences of coal-dependent economic growth.","caveat_text":null,"sentences":["Abstract Rapid economic growth in India since 2000 has been accompanied by rising electricity demand and worsening urban air pollution.","Here we show that a threefold increase in GDP per capita was associated with a nearly fourfold rise in electricity demand, with coal supplying approximately 76% of total generation.","This coal-dependent expansion increased energy-sector SO 2 emissions and contributed to a twofold increase in urban aerosol loading, with sulfate accounting for approximately 46% of the urban aerosol burden.","Urban PM 2.5 -attributable deaths increased from approximately 0.7 million in 2000 to 0.9 million in 2020, with increasing contributions from power-sector emissions.","Meanwhile, rising incomes increased clean-cooking access from approximately 25% to 75%, accompanied by declining household air-pollution deaths but increasing outdoor air-pollution deaths.","These findings highlight contrasting indoor and outdoor air-pollution health consequences of coal-dependent economic growth.","This underscores the urgency of decarbonizing electricity generation to improve urban air quality and public health as well as maintaining sustainable economic growth."]},{"id":"medrxiv-2026.05.24.26353973","src":"medrxiv","venue":"medRxiv","date":"2026-09-27","title":"Computational Linguistic Alignment in Psychosis from Semi-Structured Clinical Interviews","authors":["E. Olarewaju","A. E. Voppel","F. Meister","C. El Mouslih","P. Dzialoszynski","L. PALANIYAPPAN"],"n_authors":6,"url":"https://www.medrxiv.org/content/10.64898/2026.05.24.26353973v1","pdf":"https://www.medrxiv.org/content/10.64898/2026.05.24.26353973v1.full.pdf","doi":"10.64898/2026.05.24.26353973","code":[],"note":null,"cats":["psychiatry and clinical psychology"],"status":"preprint","published":null,"license":"cc_by_nc_nd","field":"health","topic":"mental","rank":2.748,"pick":true,"j":{"model":"jev-1.13.0","topic_c":0.97,"kind":"method","kind_c":0.49,"kind_p":{"method":0.57,"finding":0.43},"evidence":"observation","evidence_c":1.0,"evidence_p":{"observation":1.0},"appeal":1.33,"appeal_c":0.59,"appeal_p":[0.04,0.6,0.36,0.0],"advance":1.62,"advance_c":0.55,"advance_p":[0.0,0.41,0.56,0.03],"level":1.25,"level_c":0.61,"level_p":[0.0,0.74,0.26],"hype":0.5,"practical":0.68,"key":9,"key_c":0.85,"caveat":null,"caveat_c":0.89},"key_text":"Conversational alignment in psychosis reveals a reconfiguration of dyadic semantic coordination, marked by reduced interviewer coherence despite preserved patient narrative continuity.","caveat_text":null,"sentences":["Background.","Something in discourse with a person experiencing psychosis often \"feels off\" before formal assessment is completed, yet this phenomenon has not been quantified at the level of ongoing dyadic conversation.","Prior work has largely treated patient speech in isolation, limiting our capacity to measure how communicative disruption emerges within clinical exchange. Methods.","We applied a three-level decomposition of conversational alignment in 109 patients with psychotic disorders (26 female) and 60 healthy controls (22 female) at baseline and 12 months (n = 115).","Register divergence captured lexical distance between interviewer and participant; embedding-based synchrony measured semantic trajectory coupling; within-speaker coherence was computed separately for each speaker.","We used linear mixed-effects models adjusted for timepoint and participant clustering. Results.","Patients showed significantly greater lexical-semantic divergence from the interviewer (d = 0.48, p < .001) and reduced embedding-based synchrony (d = -0.59, p < .001), both effects observed at each timepoint, consistent with a partially stable profile.","Critically, the interviewer's within-speaker coherence was reduced during conversations with patients (d = -0.33, p = .016), indicating that the linguistic phenomenon of interest extended beyond patient speech to the interaction itself.","Register divergence tracked impoverished thinking, while synchrony tracked disorganized thinking (both FDR-corrected q = .038). Conclusions.","Conversational alignment in psychosis reveals a reconfiguration of dyadic semantic coordination, marked by reduced interviewer coherence despite preserved patient narrative continuity.","These transcript-derived alignment metrics offer a scalable approach to quantifying interpersonal communicative function in routine clinical encounters."]},{"id":"doi-10.1126_sciadv.aee8088","src":"journal","venue":"Science Advances","date":"2026-09-27","title":"Direct cellular contact by Porphyromonas gingivalis suppresses nociceptor excitability and induces analgesia during inflammation","authors":["Sena Chung","Doyun Kim","Byeong Geon Koh","Yeon Kyeong Ko","Kihwan Lee","Hayun Kim","Hyun Young Kim","Manda Yu","Özge Erdoğan","Larissa Staurengo‐Ferrari","Isaac M. Chiu","Mary Ellen Davey","Youngnim Choi","Seog Bae Oh"],"n_authors":14,"url":"https://doi.org/10.1126/sciadv.aee8088","pdf":null,"doi":"10.1126/sciadv.aee8088","code":[],"note":null,"cats":[],"status":"journal","published":null,"license":null,"field":"neuro","topic":"circuits","rank":2.744,"pick":true,"j":{"model":"jev-1.13.0","topic_c":0.35,"kind":"finding","kind_c":1.0,"kind_p":{"finding":1.0},"evidence":"lab","evidence_c":1.0,"evidence_p":{"lab":1.0},"appeal":1.23,"appeal_c":0.68,"appeal_p":[0.04,0.68,0.27,0.0],"advance":1.88,"advance_c":0.7,"advance_p":[0.0,0.21,0.7,0.09],"level":1.37,"level_c":0.45,"level_p":[0.0,0.63,0.37],"hype":0.25,"practical":0.41,"key":8,"key_c":0.78,"caveat":null,"caveat_c":0.95},"key_text":"These findings define a contact-dependent mechanism that actively suppresses peripheral pain signaling during inflammation.","caveat_text":null,"sentences":null,"abstract_withheld":true}]}