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Senior scientist
Condensed Matter Theory Group >>
Building/Room: WHGA/136
Newly discovered rapid particle growth rates may be the answer to the mystery of aerosol formation in urban smog
Aerosols, suspended particles or droplets, play a key role in Earth’s atmosphere’s energy balance. They can also result in smog formation in cities, which leads to low visibility and serious health risks for the population. A recent study published in Nature outlines a newly discovered mechanism that may play a key role in the continued survival of particles in wintertime smog.
Computational Physics Group
Our group is interested in the theoretical and computational exploration of correlated quantum matter in condensed matter and AMO systems. We strive to understand novel phases of matter, quantum critical phenomena and quantum systems out of equilibrium. Our research builds on a blend of concepts and ideas from condensed matter theory, statistical mechanics, quantum field theory and quantum information. We also develop and implement innovative computational algorithms in order to perform large-scale computer simulations on high-performance computers.
Conference Articles of the Severe Accident Research group
Monte Carlo Simulation Of Scintillation Detector For Spent Fuel Characterization In A Hot Cell M Papadionysiou, G Perret, R Zboray, R Adams Ans Student Conference 2017, April 6-9, 2017, Pittsburgh, Pa, Usa , (2017).
Journal Publications of the Severe Accident Research Group
Thermal analysis, design, and testing of a rotating beam target for a compact D-D fast neutron generator H. Kromer, R. Adams, B. Soubelet, R. Zboray, H.-M. Prasser Radiation Physics and Chemistry 156 (2019) 292-299 https://doi.org/10.1016/j.apradiso.2018.12.009 Feasibility study of using a compact deuterium-deuterium (D-D) neutron generator for energy-selective transmission tomography
Publications
Theoretical and Computational Physics (LTC)