Graduate And Professional

Fluids can be characterized by macroscopic properties such as viscosities or an equation of state. While the macroscopic properties of everyday fluids are determined by the electromagnetic interaction, an ensemble of fluids encountered in astrophysics and nuclear physics is dominated by the strong nuclear interaction. Relativistic collisions of heavy nuclei, performed at the Large Hadron Collider and the Relativistic Heavy Ion Collider, concentrate sufficient energy at the point of impact to produce a strongly-coupled plasma of deconfined nuclear matter.

An exciting scientific frontier is the 3-dimensional exploration of nucleon (and nuclear) structure: nuclear femtography. The study of Generalized Parton Distributions (GPDs) captures the images of the transverse position distributions of fast moving quarks. Therefore, they provide richer information about the nucleon structure than the well known form factors and parton distribution functions. GPDs are accessible via exclusive reactions, where all particles in the final state are identified.

We invite all members of our community to gather together weekly on Mondays via Zoom to check in with each other and hear what is going on around our community.

We invite all members of our community to gather together weekly on Mondays via Zoom to check in with each other and hear what is going on around our community. Today’s program includes updates on recent projects from the APC (Arina Telles) and an update on the planning for the new Physical Sciences Building (PSEB) (Karsten Heeger).

This workshop builds on the introductory workshop, and will include discussion of more exotic materials and techniques. Attending the previous workshop is not necessary, but familiarity with the basics will be helpful.