Theme: AI and Hybrid Quantum - Shaping Tomorrow’s Scientific Breakthroughs
The rapid evolution of AI is reshaping scientific discovery across a wide range of research fields. At ISGC 2025, the focus will be on the practical deployment of AI technologies, particularly how they have been successfully integrated to accelerate research and address complex challenges. From machine learning models to large language models (LLMs), AI’s transformative impact is undeniable, and the conference will showcase real-world use cases and share valuable lessons learned in deploying these technologies. By showcasing the practical uses, ISGC 2025 aims to provide participants with actionable insights into how AI
can be applied to enhance their own research and drive innovation in their fields.
In parallel, hybrid quantum computing is emerging as a promising game changer, similar to the rise of AI in recent years. As quantum computing continues to complement traditional supercomputers, it holds the potential to solve problems that were previously thought intractable.
ISGC 2025 will explore the current state of hybrid quantum systems, discussing their deployment and the challenges in integrating these cutting-edge technologies. Together, AI and quantum computing represent the future of computational science, offering unprecedented opportunities for innovation. ISGC 2025 will foster an environment for
sharing ideas and solutions, helping participants refine their approaches and collaborate to overcome the challenges of deploying these transformative technologies.
Website: https://indico4.twgrid.org/event/51/

| Artificial Intelligence (AI) |
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A study of foundation models for event classification in collider physics
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Leveraging Knowledge Graph-Enhanced RAG and LLMs for Historical Archival Analysis: A Case Study of State of Maryland's Dataset Collections
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AI4EOSC: Artificial Intelligence for the European Open Science Cloud
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Comparative Study of Recognition for Student Attention Analysis: YOLO-Based Face Detection in Classroom Environments
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RAG chatbot for user and administrator support
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| Infrastructure Clouds and Virtualisation |
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An Overview of the Monitoring and Accounting Architecture for Computing within INFN Projects
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Plan for a renewed PaaS Orchestration solution in the DataCloud Project at INFN
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The INFN Cloud platform: state of the art and implementation of services
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Quasi interactive analysis of High Energy Physics big data with high throughput
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| Network, Security, Infrastructure & Operations |
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ChatSOC: A Large Language Model Powered Autonomous Agent for Security Operations Center
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A Novel Fine-Grained Source Code Vulnerability Detection Model via Joint Token and Statement Representation Learning
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ALISE - The Account LInking SErvice
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A Design of Automatic Certificate Management for a Zero Trust IoT system
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| Physics (including HEP) and Engineering Applications |
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Optimization of ML-Based BSM triggering with Knowledge Distillation for FPGA implementation
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Scintillating light track reconstruction for fast neutron detection based on deep-learning techniques
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Database-aided Workflows on HPC for Plasma Physics Simulation
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| Social Sciences, Art and Humanities (SSAH) Applications |
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Easily accessible (small) LLMs in historical studies: opportunities, limitations, pitfalls
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Speculative Design for Emotional Support in Future Family Structures: AI-Assisted Memory Management
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| Virtural Research Environment (VRE) |
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OSCARS: Consolidation of Services in the Photon and Neutron Open Science Cluster
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| Earth & Environmental Sciences & Biodiversity Applications |
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Exploring the awareness of Mongolia’s young generation on ICT-supported citizen science and its potential
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