The Institute for Nuclear Theory, a national resource funded by the US Department of Energy and the University of Washington, provides an environment for scientists to advance the frontiers of subatomic physics. Scientific meetings at the INT attract hundreds of visitors annually from around the world to hasten breakthrough discoveries through collaborations.
Welcome to the Institute for Nuclear Theory (INT)
QCD at the Femtoscale in the Era of Big Data (24-2a)
Modern facilities around the world have been built to study the quark and gluon structure of matter, such as Jefferson Lab, RHIC, and the forthcoming EIC, which will produce many exabytes of data on the visible universe at the femtometer scale.
Inverse Problems and Uncertainty Quantification in Nuclear Physics (24-88W)
Realizing the full potential of experimental and observational studies of nuclear matter requires a comprehensive understanding of the dynamics of its microscopic constituents, within the theory of quantum chromodynamics (QCD).
Heavy Ion Physics in the EIC Era (24-2b)
Over nearly four decades, heavy ion physics has pushed the limits of perturbative and lattice QCD, thermal field theory, small-x physics and gluon saturation, relativistic hydrodynamics and transport models, jets and heavy flavor theory.
EOS Measurements with Next-Generation Gravitational-Wave Detectors (24-89W)
With key insights from new nuclear experiments and advances in nuclear theory, the next-generation detector era promises unprecedented constraints on the supranuclear equation of state (EOS) in the 2030s.
Quantum Few- and Many-Body Systems in Universal Regimes
Quantum few-body systems play a critical role in advancing our fundamental understanding of Nature and have long been an inspiration for the development of transformational theories, foundational computational methods, high-precision experimental techniques, and technological innovations.
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