Friday, July 13, 2018

2018 John Dawson Award for Excellence in Plasma Physics Research

Richard A. Moyera Research Scientist at the UC San Diego Center for Energy Research, is one of three people who have been awarded the 2018 John Dawson Award for Excellence in Plasma Physics Research from the American Physical Society (APS). The other two awardees are Todd E. Evans of General Atomics and Max E. Fenstermacher of Lawrence Livermore National Laboratory
The citation for their award:
"For the first experimental demonstration of the stabilization of edge localized modes in high-confinement diverted discharges by application of very small edge-resonant magnetic perturbations, leading to the adoption of suppression coils in the ITER design."
Richard A. Moyer is also a senior lecturer of mechanical and aerospace engineering at the UC San Diego Jacobs School of Engineering. His research focuses on understanding and controlling transients in tokamak plasmas that can limit the performance or damage the device, with a goal of developing actuators to suppress or mitigate the consequences of these events
The 2018 John Dawson Award is based in part on research done at DIII-D, a U.S. Department of Energy user facility operated by General Atomics in San Diego. Read more about the award in the General Atomics press release.

Bioengineers reflect on USA Science and Engineering Festival


By Kritin Karkare

UC San Diego bioengineering students at the USA Science and
Engineering Festival in Washington, D.C.

In early April, Washington, D.C. is flooded with science exhibitors, enthusiastic parents, children, and all things science and engineering at the annual United States of America Science and Engineering Festival (USASEF), which drew an estimated 370,000 visitors this year. USASEF is put on by Science Spark, a non-profit science outreach organization that also hosts the San Diego Festival of Science and Engineering; the festival is sponsored by organizations such as Lockheed Martin, the Department of Defense’s STEM program, NASA, the U.S. Air Force, the National Institutes of Health, the National Science Foundation and more.

This year, eight members from the UC San Diego Bioengineering Graduate Society (BEGS) and four members from the undergraduate Biomedical Engineering Society (BMES) flew to D.C. to engage the next generation of scientists and engineers with their model of an extracellular matrix, and learn more about science and engineering outreach on a national scale. The following are excerpts from interviews done with Jacobs School of Engineering undergraduates Julie Yip, Taylor Martin, Reo Yoo and Katherine Nguyen, and BEGS outreach vice president Julia Hardy. They’ve been lightly edited for length and clarity.

Bioengineers teach festival attendees about the extracellular
matrix and drug/fluorescent targeting.


Q: How did you get interested in outreach?

Katherine Nguyen:  I come from a Vietnamese community and a lot of what greatly affects the decisions for what we do is that our parents lived through a war and came over to the U.S. to try to live life and survive. A lot of my life I've been pushed to do something that will get me money. But growing up in America, you can do whatever you want! It felt very different for me. During my senior year of high school I was dealing with the struggle to figure out what major I should choose. I didn't have any clue, but I had an older mentor who also came from Vietnam. She told me do whatever you want to do: if you want to be an engineer, you can be an engineer. I realized that sometimes people only need that one ‘yes’ to push them to do great things. I wanted to relay that same sentiment and tell young children you can do engineering, even if you’re not sure yet that you’ll be successful at it. I wanted to be that one ‘yes.’

Julia Hardy: It was pretty natural for me, I couldn't imagine not doing it. I was involved in a lot of community service work and I got into engineering at the University of Illinois, Urbana-Champaign. I saw in high school how I was treated when I said I was going to go into engineering and I saw this confused look on peoples’ faces. They see this athlete who's outgoing, going into engineering and think, ‘Why would you want to do that?’ I knew I wanted to do engineering since I was in seventh grade. Why wouldn't I want to do that? I knew that by talking about it I could encourage other girls in my grade and girls younger than me that I mentored in high school to go into engineering. I wanted to continue spreading that word and show girls that they could do whatever they want, especially engineering because they may feel it's not cool to be into science and engineering.

Bioengineering students at their booth at USASEF
What did you expect going in to the USASEF trip, and what was it like in reality?

Taylor Martin: The BEGS president told me it was going to be big. I was like okay, it's going to be bigger than SDFSE.
Katherine Nguyen: That was an understatement.
Taylor Martin: It was huge. There was a flight simulator - you could put 10 people in this little pod and it would move around to simulate an army aircraft. There were multiple convention rooms.
Reo Yoo: Because of how the convention center was setup, there was even an underground component.
Katherine: There was an upstairs too.
Taylor: You'd see at the start of every day this mess of people coming down the escalator. The other thing I hadn't really thought about was the diversity of booths. There were Army, Navy and defense booths plus engineering companies, university labs— so many different things.
Katherine:  All these things were really enjoyable. USASEF is mostly geared toward children, but because of how big the scale was they were able to accommodate for a lot of people. Johns Hopkins University brought a motor so that you could build your own battery motor. It was really fun for college students and parents to go enjoy science as well.
Reo: For me, it really changed the perspective of SDFSE. I feel like when we go as UCSD, we're such a big deal in San Diego. When we went to USASEF, we were this tiny booth— we got some foot traffic, but there was so much more.

What was your favorite memory?

Julie Yip: I had a good conversation with a sophomore in high school. She was really interested in organic chemistry and liked programming and said that she wanted more experience programming.  I talked to her for about half an hour to forty-five minutes just about what she could do to get more experience, trying to motivate her and talking to her. She was cool and passionate.

Katherine Nguyen: There are so many stories about how cute or smart they are. This group of girls asked us some good questions.  I asked them if they were really interested in science.  And they said 'Oh yeah, we have our own booth where we show experiments to people.’ This was a group of three sisters, the oldest was maybe 13, the second was around 10, the third around 8. I was blown away.

Taylor Martin: Their mom was there and they had shirts.  That was so cool.  These girls had taken so much interest in science and were willing to do something that I would have been terrified to do at that age, acting as an authority at this big giant festival. They were so confident and involved.

Reo Yoo: It’s nerve-wracking. It’s not just kids there. There are professors and doctors who are there to present.

Julia Hardy:  My favorite experience at the festival itself was a group of around 15 six-year olds that came to our booth. They were like ’Science!’ They were so excited about science.  One kid was crying that he couldn't touch our demo. He was so sad that he couldn't interact with the demo, since there were too many people in front of it. So we passed it around and he finally got to touch it. It was the little kids that get so excited. That’s what we need to nurture. Give kids the world and they'll do amazing things with it.

Clip from NanoXpo 2018: Rishi Kumar

How does water play a role in degrading a solar cell? Rishi Kumar is finding answers to that question through his research. His research in the lab of Professor David Fenning aims to understand how water causes solar cells to lose efficiency. Kumar is developing a method to measure exactly how much water is inside a solar cell without taking it apart.

Kumar describes his project in this video, taken at NanoXpo 2018 this past May:



Poster title: "Understanding & Overcoming Water-Induced Interfacial Degradation in Si Modules"

NanoXpo is an annual event held by the Graduate Society of Nanoengineers to showcase graduate research in the UC San Diego Department of NanoEngineering.

Friday, July 6, 2018

Adam Feist: Harnessing Evolution as a Tool


Adam Feist, a UC San Diego bioengineering alumnus (PhD) and current Project Scientist, has been awarded the Jay Bailey Young Investigator Award from the Society for Biological Engineering. The journal Metabolic Engineering sponsored the 2018 award, and they put together a nice story about Adam Feist and his work in the Systems Biology Research Group run by UC San Diego bioengineering professor Bernhard Palsson.  

One of the things Feist works on, and discusses in the article, is harnessing evolution as a tool.

Dr. Feist supervises and leads the design, development and implementation of over $1 million worth of equipment for adaptive laboratory evolution studies. ‘The evolution platforms we have are actually tangible things, machines working in the lab, doing different tasks,’ he said. ‘It’s fascinating, instead of modeling, where we predict what we want to engineer, we turn that on its head and ask the cells to figure it out themselves. It’s eye-opening that the cells can do this.’”

Feist is also Senior Researcher and Group Leader at the Novo Nordisk Foundation Center for Biosustainability, Technical University of Denmark (DTU).


Thursday, July 5, 2018

Clip from NanoXpo 2018: Hui Zheng

Hui Zheng's research aims to make airplanes safer in the future. Zheng is a nanoengineering Ph.D. student in Professor Shyue Ping Ong's Materials Virtual Lab at UC San Diego. Using DFT calculations, Zheng is finding ways to re-engineer materials -- such as those found in the fan blades of airplane engines -- to make them stronger and resistant to cracking.

Zheng describes her project in this video, taken at NanoXpo 2018:

Poster title: "Role of Zr in Strengthening MoSi2 Grain Boundaries from DFT Calculations"

NanoXpo is an annual event held by the Graduate Society of Nanoengineers to showcase graduate research in the UC San Diego Department of NanoEngineering.