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Testimonials: SRP 2018

Dr. Zhao Sun, Hampton University

“My participation in the 2019 summer research project was the best summer I have ever had in my life, though it runs so fast. With the direction from Dr. Bert de Jong, we were encouraged to access unlimited resources, including meetings both on quantum algorithms and hardware platform, seminars/workshops on deep machine learning, etc.… Continue reading

Rachel Thomas, University of Saint Mary

“As a result of participating in the SRP Program, I have learned about the immense potential and various benefits that computational research and analysis can provide. Molecular dynamics is, and will continue to be a major contributor to our understanding of biological systems at the molecular level. Berkeley Lab is a strong advocate for promoting team… Continue reading

Dr. Islam, Western Washington State University.

The most exciting part about joining the SRP Program has been having the opportunity to work on the supercomputer Cori and with the application scientists closely. We are working on analyzing the performance of ECP applications and validating some of the proxies that the AMREX team has developed. Over the summer, we developed a machine learning framework,… Continue reading

Jai Huntley, Hampton University

I am an Electrical Engineering major from Hampton University. My advisor, Dr. Sun invited me to form part of her SRP team. This was my first research experience and it is amazing to see how much my confidence has grown in 10 weeks in the quantum computing. I have a better understanding of  quantum computing, quantum… Continue reading

Dr. Christopher Paolini, San Diego State University

 Over the summer, Dr. Paolini’s students worked with LBNL developed codes that simulate microscale flows in complex porous media geometries.  The students gained unique skills in using state-of-the-art high-performance computing resources for simulating pore scale, geologic subsurface flow using finite volume, embedded boundary (EB) methods where irregular boundaries are represented by intersecting a… Continue reading