Welcome to the Institute for Nuclear Theory (INT)

Precision QCD with the Electron Ion Collider (25-1)
The goal of our program is to identify the outstanding problems and the progress to be made, to facilitate work toward advancing EIC theory, and to forge new collaborations and alliances that will tackle the challenges.

Bridging Theory and Experiment at the Electron-Ion Collider (25-93W)
This workshop will be an ideal place to support the EIC community and provide guidance for future efforts on both the experimental and theoretical side.

Compressible Turbulence: From Cold Atoms to Neutron Star Mergers
Turbulence in compressible fluids is at the forefront of current hydrodynamic research with applications that include supersonic flight, combustion, fusion, ultra-cold atoms, and nuclear astrophysics.

From Colliders to the Cosmos: Exploring the Extremes of Matter with Experiment and Astrophysical Observation (25-2b)
Neutron star mergers are unique laboratories of extreme astrophysics.

Nuclear Physics in Mergers - Going Beyond the Equation of State (25-94W)
This workshop will bring together different areas of nuclear physics, astrophysics, and gravitational theory to discuss the necessary steps and advances required for us to fully leverage the opportunities posed by multi-messenger gravitational astronomy in the coming years and beyond.

INTURN
The Institute for Nuclear Theory (INT) at the University of Washington (UW) is offering opportunities for undergraduate research in nuclear physics in the spring quarter of 2025. This INT Undergraduate Research Network (INTURN) program hosts undergraduate students interested in pursuing research in nuclear theory and taking steps toward a career in physics.
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