
2021 Nobel Prize recognises complexity
Giorgio Parisi, Klaus Hasselmann and Syukuro Manabe made groundbreaking contributions to the understanding of complex physical systems, such as Earth's climate.
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Giorgio Parisi, Klaus Hasselmann and Syukuro Manabe made groundbreaking contributions to the understanding of complex physical systems, such as Earth's climate.
Helmut Weber played a significant role during CERN’s transition from the LEP era to the LHC project.
Egil Lillestøl was able to explain the most complex systems and mechanisms in physics to any audience.
Simon Eidelman was a leading researcher at the Budker Institute of Nuclear Physics in Novosibirsk, Russia.
Steven Weinberg is part of the reduced rank of scientists who have radically changed the way we understand the universe and our place in it.
The biennial prize recognises scientists from the Islamic world.
The direct discovery of the tau neutrino is among the topics in high-energy physics recognised by the 2022 American Physical Society awards.
In terms of creativity and productivity, Sheldon had few equals in heavy-quark physics worldwide.
Italian–Argentinian theorist Miguel Ángel Virasoro was one of the founders of string theory and an initiator of complexity studies.
A town-hall meeting initiated a broad and community-driven discussion leading to a final strategy document in two to three years’ time.