Advanced Nuclear Technologies. ANT

Focus:

The ANT research group is a renowned team studying various aspects of nuclear science and technology. We conduct high-impact research, train future leaders in the field, and promote a strong safety culture.

Areas of Expertise:

• Thermal hydraulics and safety (THS): We focus on high-quality studies of cooling systems and safety protocols for nuclear reactors, ensuring their efficiency and reliability.
• Fusion technology (FUS): We explore and advance cutting-edge research and development of technology for controlled nuclear fusion as a clean and sustainable energy source, covering:
• Technology for Fusion (T4F)
• Plasma Physics for Fusion (PPF)
• Experimental Nuclear Physics, Applications, and Instrumentation (ENPAI): We delve into the fundamental properties of atomic nuclei through high-impact research, encompassing:
• Nuclear decays: Studying the behavior of unstable nuclei as they undergo various decay processes with high-precision measurements.
• Neutron detection: Developing and utilizing specialized detectors to track and analyze neutrons in various environments using state-of-the-art technology.
• Detector and instrumentation development: Creating and refining groundbreaking tools to measure and analyze nuclear phenomena accurately and efficiently.
• Nuclear reactions cross-section measurements: Precisely determining the probability of specific reactions occurring when radiation interacts with atomic nuclei. This data is crucial for understanding nuclear reactor behavior, stellar nucleosynthesis, and other applications.

Mission:

• Conduct high-quality research that expands the frontiers of knowledge in nuclear engineering and physics, contributing to advancements in the field.
• Train highly qualified master's and Ph.D. students through cutting-edge research experiences, preparing them for leadership roles in research, the nuclear industry, and public administration.
• Foster a safety culture in nuclear professionals through rigor, honesty, and self-demand, ensuring the responsible and sustainable development of nuclear technology.

Collaborative approach:

• We foster synergy by bringing together researchers with diverse backgrounds and interests to enable high-impact collaborations. This approach generates a comprehensive understanding and innovative solutions to complex challenges in nuclear science and technology.
• We take an interdisciplinary approach to tackle complex problems, leveraging expertise from various fields of nuclear engineering, ensuring a holistic and comprehensive view of research questions.
• We utilize diverse multi-physics simulation tools (MCNPX, GEANT4, FLUKA, CFD, RELAP5, TRACE codes, etc.) for comprehensive and high-fidelity analysis of nuclear systems and phenomena.