JMU Physics Students Impress at APS Conference in Denver

@JMU Physics students present their work in the mile high city at the @APSphysics March Meeting. @APSMeetings #APSMarch

The week of March 3rd-7th 2014 was an exciting time for JMU Physics. Multiple JMU Physics students had the wonderful opportunity to present their work at the The American Physical Society (APS) March Meeting. The APS March Meeting is one of the largest gatherings for physicists in the world with an estimated 10,000 attendees throughout the entire week. This conference provides a wonderful opportunity for students to make connections with other scientists from around the world, learn about different fields and projects that interest them, and have some fun in Denver.

The undergraduate students had the opportunity to present either a 10 minute oral presentation or participate in a 3 hour poster session. In both cases, students have to present and discuss their results and answer questions about their projects. Below are some pictures and descriptions of the work these students have presented, which showcases the outstanding and world-class research being performed at James Madison University!

Nic Mirenda (JMU Physics Senior - Student of Dr. Feitosa) presented a poster on the Dynamics of polydisperse coarsening emulsion, they used confocal microscopy to image emulsion droplets, measure their size and centroid location, and track their evolution in time. For more information on this project and others, visit Dr. Feitosa's Group Website.

Yosyp Schwab (JMU Physics Junior - Student of Dr. Scarel) presented an oral presentation on infrared power generation in an insulated compartment, where they show that heat and radiation do not activate the same mechanisms in the thermoelectric power generator.

More information on this work can be found at Dr. Scarel's Group Website.

Nicole Creange (JMU Physics Junior - Student of Dr. Haraldsen and Dr. Constantin) presented a poster on her work consisting of density functional calculations for Ga-doped graphene, where she examined the effect of gallium concentrations on the electronic band structure, electron density, and optical properties of graphene.

Kevin Hunter (JMU Physics Junior - Student of Dr. Haraldsen and Dr. Constantin) presented a poster on his work consisting of density functional calculations including (LaAlO3)n/(SrTiO3)n (n = 1-6) multilayers, where he investigated the charge distribution effects of increasing layer size on the electron density and optical properties of these multilayer systems.

More information on these presentations and those by Dr. Haraldsen and Dr. Constantin can be found at Complex Materials Group Website.