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An open-access academic publishing platform connecting cutting-edge research with scholars worldwide.
Connecting global wisdom to create an open and intelligent academic future.
From Agentic AI to Collaborative AI.
How can AI agents become better collaborators?
📖 Cover Article | #AI agents can reason, plan, and act. But do they know when to pause or involve a human?
Corresponding authors from @MSKCancerCenter and @atu_ie, alongside their co-authors, iintroduce a framework fpr Collaborative AI — systems that combine generative exploration with autonomous action, adapting to context, uncertainty, and task demands.
👇 What comes next for AI autonomy?
📖 Cover Article | #AI agents can reason, plan, and act. But do they know when to pause or involve a human?
Corresponding authors from @MSKCancerCenter and @atu_ie, alongside their co-authors, iintroduce a framework fpr Collaborative AI — systems that combine generative exploration with autonomous action, adapting to context, uncertainty, and task demands.
👇 What comes next for AI autonomy?
Explore the full article in the International Journal of Network Dynamics and Intelligence: sciltp.com/journals/ijndi/ar…
Tailoring nanorod shape could unlock better catalysts for green hydrogen production.
Researchers from @UArkansas and @BrookhavenLab developed a CO-assisted method to control the aspect ratios of NiCoP nanorods. Nanorods with higher aspect ratios showed improved hydrogen evolution activity and stability in both acidic and alkaline conditions.
#GreenHydrogen #Nanomaterials
Materials and Interfaces: doi.org/10.53941/mi.2025.100…
🚢 Can smarter simulations make massive ship engines more efficient?
Researchers combine fast 1D optimization with detailed 3D simulations, showing improved engine efficiency and lower modeled CO₂ emissions.
#MarineEngineering #CleanShipping
International Journal of Automotive Manufacturing and Materials: doi.org/10.53941/ijamm.2025.…
Improving marine engine efficiency without the computational burden of conventional 3D optimization.
🚢 Can smarter simulations make massive ship engines more efficient?
Researchers combine fast 1D optimization with detailed 3D simulations, showing improved engine efficiency and lower modeled CO₂ emissions.
#MarineEngineering #CleanShipping
Could a natural compound help protect the brain after a stroke?
A University of Toronto (@UofT ) review explores carvacrol’s neuroprotective potential in preclinical studies—and what still needs testing.
#StrokeResearch #Neuroprotection
International Journal of Drug Discovery and Pharmacology:doi.org/10.53941/ijddp.2026.…
🛣️ Can drones detect road cracks with lighter AI models?
From Xiamen University (@XMU_1921 ) et al., this study developed ALC-Net, improving road damage detection accuracy while reducing model complexity.
#RoadSafety #AI
Read the full article in International Journal of Network Dynamics and Intelligence👇doi.org/10.53941/ijndi.2025.…
How are AI and emerging technologies reshaping aerosol science and public health? Join us for an in-depth academic interview at the 12th International Aerosol Conference.
🌍 #AI + low-cost sensors: a new frontier in aerosol science
At #IAC2026, experts explored how these technologies can support smarter building environmental control and help detect biological contaminants — with important implications for public health.
Featuring researchers from @CSIC , @univmiami , @CAS__Science , @HKUSTGuangzhou , and other institutions.
#AerosolScience #AirQuality #TechTrends
Metal-free photocatalysis with over 99% selectivity? ☀️
From Indian Institute of Technology Mandi developed visible-light-active polyphenothiazine nanostructures for selective sulfide oxidation.
👇Photocatalysis:
doi.org/10.53941/photocataly…
#Photocatalysis #GreenChemistry
@Photocatalysis_ Metal-Free Conjugated Polyphenothiazine Nanostructures as Visible Light Active Photocatalyst for Selective Aerobic Oxidation of Sulfides
🤖 How are LLMs reshaping computational fluid dynamics?
LLMs for Automating CFD 🤖
Researchers from Shanghai Jiao Tong University et al. explore how large language models can support CFD predictive modeling, optimization, and automated execution scheduling.
👇Smart Chemical Engineering
doi.org/10.53941/sce.2026.10…
#CFD #LargeLanguageModels
#AI
🎉 Great news! Materials and Interfaces (MI) @MIscilightpress , published by Scilight Press and edited by Prof. Younan Xia, is now indexed in the Emerging Sources Citation Index (#ESCI) within the Web of Science Core Collection @Clarivate !
#MaterialsScience #OpenAccess
Explore Material and Interfaces👇sciltp.com/journals/mi
LLMs for Automating CFD 🤖
Researchers from Shanghai Jiao Tong University et al. explore how large language models can support CFD predictive modeling, optimization, and automated execution scheduling.
👇Smart Chemical Engineering
doi.org/10.53941/sce.2026.10…
#CFD #LargeLanguageModels
#AI
🌍 #AI + low-cost sensors: a new frontier in aerosol science
At #IAC2026, experts explored how these technologies can support smarter building environmental control and help detect biological contaminants — with important implications for public health.
Featuring researchers from @CSIC , @univmiami , @CAS__Science , @HKUSTGuangzhou , and other institutions.
#AerosolScience #AirQuality #TechTrends
Also explore Atmospheric Horizons: sciltp.com/journals/AtmH









