TOPICS & WORKSHPS > TOPICS

Innovative Energy Systems for a Sustainable Future

(Energy storage, Water, Smart grids, Solar and wind innovations, Hydrogen, Nuclear, Decarbonization, Wireless power transfer, Electric vehicles...)

Advances in Physics and Materials Science: From Nanotechnology to High-Energy Applications

(Nuclear physics, Nanomaterials, High-energy physics, Particle accelerators, Advanced materials, Superconductivity, Photonics, Simulation, Radiation protection...)

Scientific Modeling and Computational Codes for Advanced Research

(Physical and numerical modeling, Monte Carlo simulation, Molecular dynamics, Numerical methods, Computational codes (Geant4, MCNP, EGSnrc), Artificial intelligence for simulation, Modeling in engineering and energy...)

Sustainable Development and Environmental Innovations for a Greener Planet

(Renewable energies, Sustainable cities, Waste management, Environmental footprint, Energy transition, Green infrastructure, Reduction of greenhouse gas emissions...)

Artificial Intelligence and Smart Technologies: Transforming Industries and Society

(AI for energy and industry, Machine learning, Medical AI, AI and robotics, Autonomous systems, Computer vision, Cyber-physical systems, Blockchain and AI...)

Economic and Legal Challenges in the Energy Sector

(Energy governance, Innovation policies, Carbon regulation, Energy taxation, International climate agreements, Green investments, Energy market...)

Next-Generation Renewable Energy Solutions: Innovations and Challenges

(Hybrid systems, Microgrids, Biomass conversion, Thermal storage, Decentralized energy management, Environmental impact of clean energy...)

Medical Physics and Advanced Technologies in Healthcare

(Medical imaging, Monte Carlo simulation in medical physics, Radiation protection, Thermal properties of materials, Isotopes, Radioprotection, Advanced medical devices...)