Amazing Internship Opportunities Abound at Brookhaven National Lab
By Andrew Tamis, Engineering Science and Mechanics/Physics major at Penn State University
This summer, I had the privilege to work as an intern at the U.S. Department of Energy’s Brookhaven National Lab as part of the Student Undergraduate Laboratory Intern (SULI) research program. I grew up fairly close to the lab and I can remember wondering what kind of cool stuff was going on behind the heavily guarded gates and barbed wire fences. My imagination soared with stories of alien spacecraft and time machines. As a high school senior, I had the opportunity to visit the lab and learn about the varied types of research they conducted and to interact with scientists who worked at the Relativistic-Heavy Ion Collider (RHIC). We even communicated via Skype with researchers in Switzerland working at the CERN collider. While not as fantastical as I had imagined it, the cutting-edge research that was being done so close to my home amazed me. After this visit, I knew that I wanted to delve deeper into the science and technology that was breaking barriers at BNL. Fortunately, a few years later, my dream became a reality.
When Social Science meets Computer Science NASA’s Mission Directives are Explored in Innovative Ways.
A PhD student in the Anthropology Department at Penn State investigates how machine learning and satellite imagery can reveal previously undiscovered archaeological sites. By Dylan Davis
Ground testing uncovered many artifacts that had not been recorded by previous investigation. Here, you see pieces of ceramic (some of which are decorated) and tools made out of marine shells (yellow arrows).
When you hear the word “NASA”, you probably don’t think “liberal arts” or “anthropology”. In fact, you probably don’t even think “social science”. Most likely you think “astrophysics” or “computer science” or something along those lines. And yet, social science has a lot in common with NASA.
NASA has a number of different missions, including the Earth Science Division directives. The Earth Science Division stresses the importance of technological advances, specifically those which can identify connections between Earth processes and ongoing natural and human-caused changes. Archaeology contributes to this overall directive in two ways: 1) by investigating long-term changes in human land-use and its effects on local ecologies; and 2) by tracing the effects that environmental conditions have on human societies. Continue reading