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ICTP is widely regarded as an extraordinary environment for advancing knowledge in the physical and mathematical sciences. A permanent faculty of distinguished scientists conduct rigorous world- class, curiosity-driven research in frontier and interdisciplinary science ranging from string theory, cosmology, and black holes to quantum computing, climate science, and quantitative life sciences.
ICTP research has led to major breakthroughs in areas ranging from the unification of fundamental interactions and the theory of neutrino oscillations to climate modeling. More recently, cross disciplinary research is paving the way for advances in quantum technologies and artificial intelligence.
Research at ICTP and its partner institutes has contributed to 5 Nobels:
ICTP supports research groups in several areas of physical sciences and mathematics. From its early focus on theoretical high energy physics, the Centre's research areas have evolved in response to the needs of physicists and mathematicians from d
ICTP's permanent faculty of distinguished scientists conduct rigorous, world-class, curiosity-driven research in frontier and interdisciplinary science ranging from string theory, cosmology, and black holes to quantum computing, climate science, a
