JILA X325

Description: This training was developed by the Center for the Improvement of Mentored Experiences in Research (CIMER) at University of Wisconsin Madison and provides evidence-based, interactive mentor training curricula that engages mentors in collective problem solving and connects them with resources to optimize their mentoring practices. Mentors engage in activities, assignments, case studies, and facilitated discussions to solve mentoring dilemmas and share successful mentorship strategies.

Learning Objectives:

Abstract:

Abstract: From bio-physics to quantum simulators, many fields depend on sub-diffraction imaging of multiple point sources.

In this work, we develop theoretical tools to explore
quantum correlations within the AdS/CFT framework. We examine the
holographic realization of optimized correlation measures in two-dimensional
thermal states corresponding to spacetimes with black hole horizons, enhancing
our understanding of how geometry encodes entanglement in AdS/CFT. We
further introduce cutoff-independent regularization techniques to compute these
entropies - addressing divergences due to infinite volume near the AdS

Abstract: 

We explore ionization processes ranging from the single photon x-ray and ultraviolet limit to the opposite adiabatic infrared limit where large numbers of photons are required for ionization. The breakdown of perturbation theory and key aspects of the non-perturbative theory will be discussed. 

Join Zoom Meeting
https://cuboulder.zoom.us/j/94106763212

Meeting ID: 941 0676 3212
Passcode: coldmole

Abstract: