Top Tweets for #newPaper
#newpaper
🌊A Miniaturised Protocol for Feeding Measurements in Daphnids
👥Konstantinos Grintzalis et al.
🔗 https://t.co/2eRyWdBQq5
#phenotypicendpoints #pollutionmonitoring #Daphnids #feedingmeasurements #ecotoxicology #waterquality
📢 #NewPaper Alert! Can #COVID19 trigger or worsen #Atherosclerosis through autoimmunity?
💡 Focus:
🔹 #Autoimmunity
🔹 #Atherosclerosis
🔹 #Atherogenesis
#Cardiology #Immunology #Virology #VascularHealth
📖 Read here:
https://t.co/n52JyTsq0a
📌🐯#NewPaper with our friends at University of South Carolina. In predicting ion transport properties in all solid-state battery #materials, machine learning interatomic potential (MLIPs) have been widely used, however, their reliability across diverse materials’ chemistries remains unquantified. #AI4Science
In this study, we benchmark six state-of-the-art MLIPs ( CHGNet, EquiformerV2 finetuned on OMAT + MPtraj, and OMAT only, MatterSim, SevenNet, and MACE MPA) on representative Li and Na-based superionic conductors. We compared the atomic forces, diffusion coefficient, and second- and third-order interatomic force constants against corresponding density functional theory (DFT) and ab initio molecular dynamics (AIMD) values.
Our findings reveal a clear correlation between force prediction accuracy and ion transport property prediction. Models with lower force error exhibit diffusion coefficient values that are in close agreement with AIMD, whereas models with larger error show greater deviation. This trend further reveals that accurate reconstruction of the potential energy surface is required for reliable ion transport simulation. The EquiformerV2 model finetuned on OMAT only, achieved the lowest force error and closest agreement with AIMD diffusion coefficients. While current MLPs reasonably reproduce second-order force constants, all models exhibit significant errors in third-order force constants, highlighting ongoing challenges in capturing strong anharmonicity in superionic conductors.
✨Authors: Ogheneyoma Aghoghovbia, Ming Hu, Adji Bousso Dieng (@adjiboussodieng)
🧷 Paper: https://t.co/WyvJMabYLo @PrincetonCS @PrincetonMSE @Vertaix_
🏙️ This study fuses aerial and Sentinel-2 satellite images to improve the accuracy of deep learning models in building footprint detection. It is shown that RGB–Sentinel–ResNet34 achieves 96.99% performance accuracy.
Read #NewPaper https://t.co/v7oEwW5QrV
@ComSciMath_Mdpi
#newpaper
📚Measurement Uncertainty and Traceability in Upper Limb Rehabilitation Robotics: A Metrology-Oriented Review
👨🔬By Ihtisham Ul Haq et al.
🔗Reading the paper here: https://t.co/n7sHRQuant
@JSAN_MDPI
@MDPI
@MDPIEngineering
#XAI #sensorfusion #robotics
#newpaper
📚Industrial Wireless Networks in Industry 4.0: A Systematic Review
👨🔬By Christos Tsallis et al.
🔗Reading the paper here: https://t.co/20hp3iIL0k
@JSAN_MDPI
@MDPI
@MDPIEngineering
#cybersecurity #wirelessnetworks #InternetofThings
#newpaper
📚From Sound to Risk: Streaming Audio Flags for Real-World Hazard Inference Based on AI
👨🔬By Ilyas Potamitis
🔗Reading the paper here: https://t.co/ohQJbjIHeF
@JSAN_MDPI
@MDPI
@MDPIEngineering
#AST #ASR #CLAP #AudioSet
📰 #NewPaper | Researchers from our centre, @la_UPC, and #Sateliot have developed COSMO, a novel platform that unifies and coordinates diverse radio access technologies, such as private 5G, public 4G/5G, and Wi-Fi.
🔎 Read it: https://t.co/J5Qaa2qoiQ
#i2CATresearch
📊 Read #NewPaper "A Hybrid Fuzzy Rough Set, Hierarchical CFA, and Random Forest Approach for Modeling and Validating Voting Intentions: Evidence from the 2023 Thai General Election".
See more details at:
https://t.co/F6dxybaRqU
#PoliticalScience
@ComSciMath_Mdpi @PrasitPutt
📢New study alert! Check out this interesting, recently published paper on Proton Fluence Trends in Solar Cycles 23 and 24
#NewPaper #CallforReading @MdpiPhysci
👥Author: Rositsa Miteva et al.
👉Full text: https://t.co/ALR4RoAiE4
📢Check out this interesting paper - Self-Supervised Spectral Representation Learning for LAMOST, recently published in @Universe_MDPI.
#NewPaper #CallforReading @MdpiPhysci
👥Authors: Wenjun Zhang et al.
👉Full text: https://t.co/nFM4cU5aEa
📢#mdpiGalaxies #NewPaper #CallforReading @MdpiPhysci
Ba Isotope Ratio in CEMP-s and CEMP-rs Stars as a Signature of s-Process and i-Process
👥Authors: Tatyana Sitnova and Lyudmila Mashonkina
🔗Full text: https://t.co/Sfds6x4EXp
📢#mdpiUniverse #NewPaper #CallforReading @MdpiPhysci
Schwarzschild–Letelier Spacetime Surrounded by a King Dark Matter Halo: Geodesic, Shadow, and Thermodynamics
👥Authors: Faizuddin Ahmed and Edilberto O. Silva
🔗Full text: https://t.co/bNNkRSLVEM
📢 #NewPaper about #TigerMosquito, #Wolbachia and #bioecology traits in #TheNetherlands recently published after a great collaboration among many international colleagues‼️🦟🦠🇳🇱
#VectorControl #AedesAlbopictus #Arboviruses
https://t.co/N1JZIsQhYE
📢#mdpiUniverse #NewPaper #CallforReading @MdpiPhysci
Semi-Classical Particle Production in Bouncing Cosmologies
👥Authors: Michael Connors and Peter Taylor
🔗Full text: https://t.co/eca0u5fyFe
#NewPaper
"Anthropogenic drivers and their impact on the hydrological regime of Nepal: a review".
Our paper reviews how climate change and human activities are reshaping Nepal's water resources https://t.co/BWrF0Bj870 via @IOPenvironment @IWMI_ #WaterSecurity #ClimateChange
‼️ #NewPaper in #IJUH ‼️
🔹Read on for #AUAMatch history, errors/mishaps, + the Untold Story of 2005’s “Re-Match” #WhistleBlower @HThompsonMD
🔹Huge thx @jlphillipsmd + @UrologyMatch founders @uretericbud @wandering_gu + many more!
#AUA26
📕 LINK ➡️ https://t.co/VKi0xQznlG
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