Date | Time | Presenter | Title |
March 2 | 3:30 | Judi | Cosmic Microwave Background |
3:50 | Kelsey | The first stars in the universe and overview of Population III star simulations | |
4:10 | Jeff | The flatness problem | |
4:30 | Kyle N. | Quantum Computing with cold trapped ions | |
4:50 | Marcel | Atmospheric Gravity Waves | |
March 9 | 3:30 | Radhika | Electroreception and Magnetoreception in Sharks |
3:50 | Katie | SOlving the Solar Neutrino Problem | |
4:10 | Steve | Carbon Nanotubes | |
4:30 | Charmaine | Luminescence dating: Dating the Quaternary Period | |
4:50 | Brittany | Density Profiles of Dark matter halos with a foxus on dwarf galaxies: Theory vs Observation | |
March 16 | 3:30 | Sean M. | Long Duration Gamma Ray Bursts |
3:50 | Ash | Analysis of Alpha Decay in the framework of WKB Approximation Method | |
4:10 | Sami | Low Dose Ionization in Biological Systems | |
4:30 | Amit | Miracle of Gecko Adhesion | |
4:50 | Scott | Experimental searches for Neutrino-less Double beta decay | |
March 23 | 3:30 | James | THe unique properties and possible applications of systems endowed with zero-energy bound states |
3:50 | Sara | The Physics of Spider silk | |
4:10 | Michael A. | A Review of Galactic magnetic fields | |
4:30 | Russell | Cosmological Inflation | |
4:50 | Marlon | Negative Index of Refraction | |
March 30 | 3:30 | Dan | A Quantum Outlook: The Future of Quantum Information Technology |
3:50 | Jordy | Improvements of Numerical Solutions to the One-Dimensional Time-Dependent Schrodinger Equation | |
4:10 | Erik | Teleportation/Quantum Entanglement | |
4:30 | Brandon | The Casimir Effect | |
4:50 | Michael D. | The Physics of Liquid Crystal Displays | |
April 6 | 3:30 | Greg | The Trapped Ion Quantum Computer |
3:50 | Max | Evidence for Dark Energy and a Positive Non-Zero Cosmological Constant | |
4:10 | Uzair | Hawking Radiation and the Information Paradox | |
4:30 | Sean K. | Yang-Mills Theories | |
4:50 | Papers handed back and Course Evaluations |