Preliminary Exam – Cole Teander
Riddick 415The Production, Transportation, and Storage of Ultra-Cold Neutrons
The Production, Transportation, and Storage of Ultra-Cold Neutrons
Heavy element correlation consistent effective core potentials
Spatially Resolved Galactic Outflows in Gravitationally Lensed Galaxies
Using computational models to bridge the gap between sub-cellular dynamics and tissue morphogenesis
Title: Modeling, analysis, and control of droplet dynamics Abstract: Thin liquid films flowing down vertical fibers spontaneously exhibit complex interfacial dynamics, leading to irregular wavy patterns and traveling liquid droplets. Such droplet dynamics are fundamental components in many engineering applications, including mass and heat exchangers for thermal desalination, as well as water vapor and particle…
Beta spectrum shape measurements of the Fierz interference term with different detector technologies
Title: Direct Measurements of Capture Reactions Abstract: Capture cross sections (both for charged particles and neutrons) are required not only for nuclear astrophysics modeling, but also for a variety of applications ranging from nuclear energy, stockpile stewardship to national security. A variety of techniques have been utilized to perform such measurements to ensure low uncertainty…
Title: Studying Chromosome Conformation and Dynamics Using Chemically Induced Chromosomal Interaction (CICI) Abstract: Chemically Induced Chromosomal Interaction (CICI) method developed in our lab enables induction of stable chromosome interactions. This method allows us to accurately measure the encounter time, or the “first passage time (FPT)” of two targeted loci on the chromosome. Here, we extracted…
Abstract: This year’s Nobel Prize in Physics honors groundbreaking research that laid the foundation for artificial intelligence. Join us as we delve into how two visionary scientists combined the principles of physics and computing to revolutionize AI, driving technologies that are reshaping our world today. Bio: Dr. Xipeng Shen is a Professor of Computer Science…
Illuminating Hadronic Structures Through Exclusive Meson Electroproduction