Parallel Computing Summer Research Internship
Creating next-generation leaders in HPC research and applications development
2017: Mentors
Bob RobeyXCP-2: EULERIAN CODES 2017 Distinguished Mentor Award Recipient |
|
Hai Ah NamCCS-2: COMPUTATIONAL PHYSICS AND METHODSHai Ah is a computational physicist with a background in low-energy nuclear physics and high-performance computing. She is a co-PI of the Nuclear Structure and Nuclear Reactions DOE INCITE (Innovative and Novel Computational Impact on Theory and Experiment) project, the NUCLEI DOE SciDAC project, and worked for over six years at the Oak Ridge Leadership Computing Facility at ORNL prior to joining LANL. Hai Ah is team lead for the Trinity Center of Excellence, helping to prepare critical tri-lab ASC codes for Trinity and future architectures. She enjoys working with students and was chair of the SC Student Cluster Competition (2010, 2015), an intense undergraduate competition to prepare the next generation of HPC scientists. |
|
Kris GarrettCCS-2: COMPUTATIONAL PHYSICS AND METHODS |
|
Joe SchoonoverCCS-2: COMPUTATIONAL PHYSICS AND METHODSJoe studied Applied Mathematics and Physics as an undergraduate at Florida State University. Recently, he received a PhD in Geophysical Fluid Dynamics with a primary focus on inviscid flow separation mechanisms for baroclinic jets in rotating systems. This work necessitated the development of software that implements the Discontinuous Galerkin Spectral Element Method. Current interests are split between applications of the DGSEM to geophysical processes and an investigation of vorticity and gravity wave arrest mechanisms its impact on ocean energetics and long term oceanic transport pathways. The latter involves direct communication between small ( less than 1 km ) and large scale ( > 500 km ) fluid disturbances that requires large discrete systems in order to accurately model. This has motivated an investigation into parallelization strategies for the DGSEM. |