Stories of Magnetism: Some New Twists Yong P. Chen- Purdue Physics Magnetism, important in many everyday technologies, is a well-studied quantum phenomenon (in fact it is one of the best examples of many-body and correlated quantum phenomenon, which can exist … Read more
Join us to hear from diverse research faculty and graduate students across disciplines and identities, then celebrate the research done by undergraduates who are dedicated to furthering diversity, equity and inclusion efforts right here at UNC. Featuring the Physics Department's … Read more
A Characterized TESS Stellar Rotation Pipeline for Young Stellar Association Membership Analysis Jonathan Bush Studies of planetary evolution using exoplanets rely on precise age dating of the host star to place the planetary systems on an evolutionary timeline. While determining … Read more
Nuclear Reactions & QCD Spectroscopy Andrew Jackura, Lawrence Berkeley National Lab It is widely accepted that all observed nuclear phenomena emerge from the strong interactions between quarks and gluons as governed by Quantum ChromoDynamics (QCD). Reactions between hadrons, the bound … Read more
The dark matter experiment XENONnT and first WIMP results Evidence for about 6 times more matter in the universe than normal matter is coming from cosmological observations and analyses on all scales. What this exotic dark matter is remains still … Read more
Astronomy on Tap Fullsteam Brewery in Durham, NC
Title: Brillouin Spectroscopy Studies of Polyacrylamide and Fmoc-FF Hydrogels to Determine the Role of Monomer and Solvent Concentrations on Longitudinal Moduli and Relaxation Processes Britta Gorman Biomimetic hydrogels are polymeric networks that contain a large amount of water. The viscoelastic … Read more
Professor Jeff Andrews- University of Florida Title: It takes Two to Tango: How Binary Stars Evolve into Gravitational Wave Sources Despite the discovery of nearly a hundred merging black holes and neutron stars by gravitational wave observatories in recent years, … Read more
Using the Cosmic Microwave Background to Probe the Universe's First Second The evolution of the early universe is largely unconstrained: there is a vast gulf between the possible energy scales of inflation and the onset of Big Bang nucleosynthesis. … Read more
Stellar associations - groups of coeval, co-moving stars - are fundamental to our understanding of stellar ages and critical for the study of stellar and planetary evolution. All stellar age measurements, with the sole exception of the Sun, are based … Read more