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Pamela Sooriyan

Physics Research Could Make Cancer Treatment More Effective

Pamela Sooriyan is a graduate student in biological Physics working with John Broadhurst. Her research involves bringing phenomenon in nuclear physics to cancer treatment. She is applying giant dipole resonance, a well-known nuclear phenomenon that occurs at energies that are typically at the higher end of the photon beam spectrum generated in clinical linear accelerators, to possibly increase the radiation dose given to tumors in bone. More »

Tambe Ebai Norbert

All in the Timing

Tambe Ebai Norbert is a graduate student working with Yuichi Kubota on physics beyond the standard model. He is part of the Compact Muon Solenoid (CMS) experiment located at the Large Hadron Collider (LHC) in Switzerland. Norbert’s expertise is in working with electronics of and analyzing data from the Electromagnetic Calorimeter (ECAL) portion of the experiment. The ECAL is made up of lead tungsten crystals which detect electromagnetic objects, i.e. photons and electrons. More »


Galaxy Zoo

Kyle Willett is a postdoctoral researcher working on the Galaxy Zoo experiment with Professor Lucy Fortson. Galaxy Zoo is a citizen science project in which hundreds of thousands of online volunteers help scientists sift through research data. The idea behind Galaxy Zoo and other citizen science initiatives is that there are certain types of identification tasks that it are very difficult to program a computer to do, but which people, even the general public with a small amount of introduction, can do readily. More »

Evan Frodermann

The Next Generation of Computer Coaches

Evan Frodermann is a post doc in the Physics Education Group, working with Ken Heller in a cross- discipline collaboration between the School and the College of Education and Human Development. Frodermann is helping to develop the second generation of computer coaches for use in physics classrooms. These computer coaches are designed to help teaching the skill of problem-solving in a physics context. More »

Vlad Pribiag

Towards Topological Quantum Computing

Vlad Pribiag is a condensed matter experimental physicist. His research focuses on novel low-dimensional semiconductors. He is particularly interested in materials with strong spin-orbit coupling, studying how the unique properties of certain materials can be used for information processing. Spin orbit coupling refers to the interaction between a particle’s spin and its motion. Physicists can control the spin by manipulating the motion of the particle. Physicists have found ways to encode either classical information or quantum information in the spin. More »

Eta Car

Eta Car: The Great Imposter

Two University astronomers, Kris Davidson and Roberta Humphreys have discovered that a massive binary star system, Eta Car is returning to its original state: that of a hot star easily visible in the sky of the Southern Hemisphere. Davidson and Humphreys have observed Eta Car since the Hubble Space Telescope first came online in 1990. This series of observations has given them solid evidence that Eta Car-- sometimes called the poster child for very massive stars, because it is the most massive star that is close enough to Earth to be easily observed—is experiencing dramatic changes. More »

Liliya Williams

Where is Dark Matter?

Liliya Williams is a Professor of Astrophysics working on the distribution of dark matter throughout the Universe. Using luminous matter such as stars and gas, Williams can trace dark matter and find patterns in the distribution. More »

Prestegard Update 2015.jpg

Searching for Gravitational Waves

Tanner Prestegard is part of the search for gravitational waves with Vuk Mandic. He is a graduate student working on the Laser Infermeter Gravitational Observatory (LIGO) experiment. Prestegard’s role is primarily in data analysis-- looking through data and trying to pick out anything that is an actual gravitational wave. More »

Andy Julin

Mysterious Charm

Andy Julin is a fourth year graduate student in experimental particle physics. He is part of the BESIII collaboration working under Professor Ron Poling and Dan Cronin-Hennessy. BESIII is an electron-positron detector located in Beijing, China which analyzes charm physics. Charm physics is the name given to the study of the charm or c quark, a subatomic particle that makes up other subatomic particles such as mesons and hadrons. More »

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