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#aiinscience — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #aiinscience, aggregated by home.social.

  1. Can AI do scientific research? Billions are pouring in to find out – Endpoints News

    Can AI do scientific research? Billions are pouring in to find out  Endpoints NewsAI & Science: What Is the…
    #NewsBeep #News #US #USA #UnitedStates #UnitedStatesOfAmerica #Science #AI #AIinscience #Autonomousscience #CAR-Ttherapy #GoogleDeepMind #infocus #LilaSciences
    newsbeep.com/us/667346/

  2. Can AI do scientific research? Billions are pouring in to find out – Endpoints News

    Can AI do scientific research? Billions are pouring in to find out  Endpoints NewsAI & Science: What Is the…
    #NewsBeep #News #US #USA #UnitedStates #UnitedStatesOfAmerica #Science #AI #AIinscience #Autonomousscience #CAR-Ttherapy #GoogleDeepMind #infocus #LilaSciences
    newsbeep.com/us/667346/

  3. SIMULATIONS REVEAL NOVEL MATERIALS FOR ENERGY APPLICATIONS

    Computers found new 2D perovskite materials using AI and simulations. These could help with future energy technologies. Learn what this means for energy.

    #EnergyMaterials, #ComputerSimulations, #AIinScience, #2DPerovskites, #FutureTech

    newsletter.tf/new-materials-en

  4. Researchers used advanced computer simulations and AI to discover new 2D perovskite materials. This is a faster way to find materials for future energy devices.

    #EnergyMaterials, #ComputerSimulations, #AIinScience, #2DPerovskites, #FutureTech
    newsletter.tf/new-materials-en

  5. New Chemical Discoveries Pursued Through Lab and Digital Tools

    Caltech scientist Melissa Ramirez uses computers and robots to create new spirocycle molecules for potential medicines. Learn how technology speeds up drug discovery.

    #DrugDiscovery, #Chemistry, #Caltech, #AIinScience, #Robotics

    newsletter.tf/caltech-scientis

  6. New Chemical Discoveries Pursued Through Lab and Digital Tools

    Caltech scientist Melissa Ramirez uses computers and robots to create new spirocycle molecules for potential medicines. Learn how technology speeds up drug discovery.

    #DrugDiscovery, #Chemistry, #Caltech, #AIinScience, #Robotics

    newsletter.tf/caltech-scientis

  7. New Chemical Discoveries Pursued Through Lab and Digital Tools

    Caltech scientist Melissa Ramirez uses computers and robots to create new spirocycle molecules for potential medicines. Learn how technology speeds up drug discovery.

    #DrugDiscovery, #Chemistry, #Caltech, #AIinScience, #Robotics

    newsletter.tf/caltech-scientis

  8. New Chemical Discoveries Pursued Through Lab and Digital Tools

    Caltech scientist Melissa Ramirez uses computers and robots to create new spirocycle molecules for potential medicines. Learn how technology speeds up drug discovery.

    #DrugDiscovery, #Chemistry, #Caltech, #AIinScience, #Robotics

    newsletter.tf/caltech-scientis

  9. New Chemical Discoveries Pursued Through Lab and Digital Tools

    Caltech scientist Melissa Ramirez uses computers and robots to create new spirocycle molecules for potential medicines. Learn how technology speeds up drug discovery.

    #DrugDiscovery, #Chemistry, #Caltech, #AIinScience, #Robotics

    newsletter.tf/caltech-scientis

  10. Scientists at Caltech are using AI and robots to discover new medicines faster. This is like having super-fast lab assistants to help create new drug parts.

    #DrugDiscovery, #Chemistry, #Caltech, #AIinScience, #Robotics

    newsletter.tf/caltech-scientis

  11. Scientists at Caltech are using AI and robots to discover new medicines faster. This is like having super-fast lab assistants to help create new drug parts.

    #DrugDiscovery, #Chemistry, #Caltech, #AIinScience, #Robotics

    newsletter.tf/caltech-scientis

  12. Virginia Tech published something many universities still lack: Practical guidance on how to use AI responsibly in research - step by step, across the entire research lifecycle.

    🔗 research.vt.edu/research-suppo

    Not abstract principles. Concrete prompts. Clear warnings about IP, confidentiality, hallucinations, and dual-use risks. #AI should support thinking — not replace it.

    #ResponsibleAI #ResearchIntegrity #OpenScience #AIinResearch #AIinScience #AIethics #universities

  13. A slightly tongue-in-cheek AI animation of a conceptual model showing leakage of highly mineralized mine waters into a carbonate aquifer:
    youtu.be/WDIze8QNMYs

    Yes - it’s simplified. Yes - real systems are messier.
    But sometimes a "clean" visual helps to communicate density-driven flow and reactive processes more intuitively than 20 pages of equations.

    The animation idea emerged while working on my monograph. Draft versions are available here:
    zenodo.org/records/16741148

    Engineering humor is allowed - even in hydrogeochemistry 😁

    #Hydrogeochemistry #Groundwater #MineWater #ReactiveTransport #CarbonateAquifer #PHREEQC #AIinScience #Geoscience #SvystunovaGully

  14. A slightly tongue-in-cheek AI animation of a conceptual model showing leakage of highly mineralized mine waters into a carbonate aquifer:
    youtu.be/WDIze8QNMYs

    Yes - it’s simplified. Yes - real systems are messier.
    But sometimes a "clean" visual helps to communicate density-driven flow and reactive processes more intuitively than 20 pages of equations.

    The animation idea emerged while working on my monograph. Draft versions are available here:
    zenodo.org/records/16741148

    Engineering humor is allowed - even in hydrogeochemistry 😁

    #Hydrogeochemistry #Groundwater #MineWater #ReactiveTransport #CarbonateAquifer #PHREEQC #AIinScience #Geoscience #SvystunovaGully

  15. A slightly tongue-in-cheek AI animation of a conceptual model showing leakage of highly mineralized mine waters into a carbonate aquifer:
    youtu.be/WDIze8QNMYs

    Yes - it’s simplified. Yes - real systems are messier.
    But sometimes a "clean" visual helps to communicate density-driven flow and reactive processes more intuitively than 20 pages of equations.

    The animation idea emerged while working on my monograph. Draft versions are available here:
    zenodo.org/records/16741148

    Engineering humor is allowed - even in hydrogeochemistry 😁

    #Hydrogeochemistry #Groundwater #MineWater #ReactiveTransport #CarbonateAquifer #PHREEQC #AIinScience #Geoscience #SvystunovaGully

  16. A slightly tongue-in-cheek AI animation of a conceptual model showing leakage of highly mineralized mine waters into a carbonate aquifer:
    youtu.be/WDIze8QNMYs

    Yes - it’s simplified. Yes - real systems are messier.
    But sometimes a "clean" visual helps to communicate density-driven flow and reactive processes more intuitively than 20 pages of equations.

    The animation idea emerged while working on my monograph. Draft versions are available here:
    zenodo.org/records/16741148

    Engineering humor is allowed - even in hydrogeochemistry 😁

    #Hydrogeochemistry #Groundwater #MineWater #ReactiveTransport #CarbonateAquifer #PHREEQC #AIinScience #Geoscience #SvystunovaGully

  17. For ten years, #CRediT 🎂 has offered 14 standardized contributor roles that make authorship transparent: nature.com/articles/d41586-025

    But there is a clear gap: CRediT has no place for #AI tools. So how should we properly disclose the use of ChatGPT & Co in research? One answer is #GAIDeT - Generative AI Delegation Taxonomy w3id.org/gaidet

    #ResearchIntegrity #Responsible #OpenScience #Infrastructure #AIinResearch #Metadata #ResearchAssessment #AIinScience #AIethics

  18. AI is reshaping molecular visualization: real‑time 3D, natural‑language interaction, predictive modeling, and interactive simulations. This could democratize workflows from protein folding to drug discovery—months to hours. Anyone building or using unified platforms for macromolecules? What’s working, what’s missing? 🤖🧪
    #MolecularVisualization #AIinScience #DrugDiscovery #OpenScience
    is.gd/Ss5KUO

  19. AI is reshaping molecular visualization: real‑time 3D, natural‑language interaction, predictive modeling, and interactive simulations. This could democratize workflows from protein folding to drug discovery—months to hours. Anyone building or using unified platforms for macromolecules? What’s working, what’s missing? 🤖🧪
    #MolecularVisualization #AIinScience #DrugDiscovery #OpenScience
    is.gd/Ss5KUO

  20. AI is reshaping molecular visualization: real‑time 3D, natural‑language interaction, predictive modeling, and interactive simulations. This could democratize workflows from protein folding to drug discovery—months to hours. Anyone building or using unified platforms for macromolecules? What’s working, what’s missing? 🤖🧪
    #MolecularVisualization #AIinScience #DrugDiscovery #OpenScience
    is.gd/Ss5KUO

  21. AI is reshaping molecular visualization: real‑time 3D, natural‑language interaction, predictive modeling, and interactive simulations. This could democratize workflows from protein folding to drug discovery—months to hours. Anyone building or using unified platforms for macromolecules? What’s working, what’s missing? 🤖🧪
    #MolecularVisualization #AIinScience #DrugDiscovery #OpenScience
    is.gd/Ss5KUO

  22. AI is reshaping molecular visualization: real‑time 3D, natural‑language interaction, predictive modeling, and interactive simulations. This could democratize workflows from protein folding to drug discovery—months to hours. Anyone building or using unified platforms for macromolecules? What’s working, what’s missing? 🤖🧪
    #MolecularVisualization #AIinScience #DrugDiscovery #OpenScience
    is.gd/Ss5KUO