seminars
04
Jul
2025
Quantitative Life Sciences
QLS Seminar - A Complex Systems Physics Framework for Cortical States:...
Physical
ICTP Global Event for International Year of Quantum Science and Technology
Ongoing events
seminars
04
Jul
2025
Quantitative Life Sciences
QLS Seminar - A Complex Systems Physics Framework for Cortical States:...
Physical
scientific activity
03
Jul
2025
10
Jul
2025
Quantitative Life Sciences
6th Youth in High-Dimensions: Recent Progress in Machine Learning, Hig...
Physical
scientific activity
01
Jul
2025
30
Sep
2025
PWF Bangladesh: Summer Internship Program
Physical
school
30
Jun
2025
04
Jul
2025
Mathematics
School on Explicit Arithmetic Geometry | (smr 4083)
Physical
workshop
30
Jun
2025
04
Jul
2025
Joint ICTP-IAEA Advanced Workshop on Single Ion Technologies for Bio-m...
Physical
school
30
Jun
2025
11
Jul
2025
Magurele Summer School for Computing in a Rapidly Evolving Society: Pa...
Physical
News
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Computer scientist Simon Olsson is recognised for his pioneering use of Artificial Intelligence in…
High Energy, Cosmology and Astroparticle Physics
Condensed Matter and Statistical Physics
Mathematics
Earth System Physics
Quantitative Life Sciences
Science, Technology and Innovation
Other
Deadline is 30 September 2025
High Energy, Cosmology and Astroparticle Physics
Condensed Matter and Statistical Physics
Quantitative Life Sciences
ICTP Research Scientist Jacopo Grilli studies how populations of microorganisms recognize patterns…
Quantitative Life Sciences
An international collaboration reveals how crystal structure shapes light emission in surprising…
Condensed Matter and Statistical Physics
Firas Shuaib is the first ICTP-EAIFR master’s graduate to receive his PhD
Condensed Matter and Statistical Physics
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ICTP is a unique institution that explores fundamental scientific questions at the highest level, promotes active engagement with scientists in developing countries, and advances international cooperation through science.
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Research at ICTP 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.
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