The 2025 International Conference on New Unifying in Sustainable Technologies, Advanced Research, and Climate Change (NU-STARC 2025) will be held in Pattaya, Thailand, in October 2025. The conference will feature parallel sessions in a hybrid format, enabling both in-person and virtual participation. Key highlights include keynote speeches, focused working groups, research collaboration opportunities, and industry-academia exhibitions.

This year’s theme, “Harnessing Applied Physics and Engineering Solutions for Energy Sustainability and Environmental Resilience,” reflects our commitment to advancing research at the intersection of applied physics, materials science, and engineering to address global challenges in energy sustainability, environmental monitoring, and climate resilience.

We invite prospective authors to submit original research papers, case studies, or conceptual works aligned with the conference theme. Emphasis will be placed on innovations in materials and physical sciences that support sustainable technologies and resilient systems for a changing climate.

All accepted papers will undergo a peer-review process, and selected contributions will be submitted to an indexed proceedings series in reputable databases for publication, subject to final acceptance by the publisher.

Conference Topics

We are pleased to announce our official collaboration with AIP Conference Proceedings to publish selected papers from NU-STARC 2025.

In partnership with AIP Publishing, NU-STARC 2025 features focused technical tracks under the following key areas:

• Quantum and Computational Technologies in Engineering
• Sensors and Instrumentation for Energy and Environmental Monitoring
• Plasma Physics for Materials and Energy Applications
• Electromagnetics and Photonics in Energy Systems
• Applied Optics and Spectroscopy
• Acoustics, Ultrasonics, and Vibration in Engineering
• Physics-Based Simulation and Modeling for Engineering Systems
• Microfluidic Systems and Lab-on-Chip Devices

• Nanomaterials for Engineering and Environmental Applications
• Functional and Smart Materials
• Photonic and Optoelectronic Materials
• Spintronics and Magnetic Materials
• Thin Film Deposition and Surface Engineering
• Semiconductor Materials and Nanoelectronics
• Advanced Characterization Techniques
• Nanocomposites for Multifunctional Applications
• Synthesis and Functionalization of Nanomaterials
• Mechanical, Thermal, and Electrical Properties of Materials
• Catalysis and Green Chemistry in Materials Development

• Renewable Energy Technologies: Physics and Engineering
• Thermoelectric and Photovoltaic Materials for Energy Conversion
• Physics of Energy Transport and Conversion in Engineering
• Modeling and Optimization of Energy Systems in Environmental Applications
• Electrochemical Technologies and Fuel Cells for Energy Conversion
• Physics-Based Climate Change Mitigation Solutions
• Carbon Capture, Utilization, and Storage (CCUS) Technologies and Environmental Impact
• Physics-Based Modeling of Coastal Resilience Systems for Climate Adaptation
• Hydrodynamic Simulation Models for Flood Risk Mitigation
• Environmental Sensing and Remote Monitoring for Climate and Energy Systems