The University of Alabama at Birmingham has been awarded $8 million from the United States Department of Energy’s National Nuclear Security Agency. Distributed over five years, the award will establish one of nine Stewardship Science Academic Alliances Centers of Excellence.
UAB’s cooperative agreement will be for the Center for Additively Manufactured Complex Systems under Extremes.
UAB Chapter of Society for Plastic Engineers and it Faculty adviser Dr. Vinoy Thomas, is conducting and Outreach activity “ Materials Magic with Plasma” at McWane Science Center on Sunday Feb 26th 4-7 PM. It promises to be a fascinating evening. All ages are invited and welcome to attend. See flyer below for specific details.
Dr. Euguenia Kharmlampieva, CNMB Co-director, is among 3 UAB chemists fighting cancer. Kharlampieva and Veronika Kozlovskaya, Ph.D., research associate in Kharlampieva’s lab and her longtime collaborator, have created a cloaking device for fragile anti-cancer drugs. Their nanocapsules can be 60 times smaller than a red blood cell and produced at industrial scale. And they are smart; that is, they can release their cargo at precise locations when triggered by a burst of ultrasound energy, a specified temperature or the acidic environment around cancer cells. Click here to see original article in it’s entirety as published in the UAB Reporter.
The University of Alabama at Birmingham (UAB)’s Research Experience for Undergraduates (REU) program enabled me to participate in computational high-entropy materials research with Dr. Cheng-Chien Chen, where I learned a great deal about machine learning methods and high-entropy borides. He invited me to present our research at a poster expo at the Southeastern Section of the American Physical Society (SESAPS) conference in Oxford, MS. Taking part in the conference was a fantastic opportunity for me to attend talks about physics research across the country, support my mentor and colleagues from UAB, and present my own research.
Dr. Chen and his Ph.D. students gave highly informative talks about their specific research topics. I was also able to attend lectures given by several of my professors from my home college, Mississippi State University. There were so many various categories of physics lectures I could choose to attend, and I really appreciated that diversity. I was very fascinated in the astrophysics lecture session, where they discussed research on black holes and exoplanets.
At the poster expo I was able to discuss my research with students and professors. It was a wonderful way for me to become more comfortable talking about my research to people of diverse backgrounds. During my REU at UAB I presented at the poster expo, and this thoroughly prepared me for my presentation at the SESAPS convention. I want to thank UAB for their continuous support and Dr. Chen for all his challenging work in helping me succeed. I have learned so much from these experiences, and they will aid me in furthering my career in physics.
Congratulations are in order for Drs. Vohra and Mirov for their recent DOE Awards. The full scope of the awards and other CAS award recipients can be found here including .
Sergey Mirov, Ph.D., professor in the Department of Physics, awarded $335,000: Mirov will develop a Middle and Long Wave Infrared Laser System. This is a continuation of funding with increased amounts.
Yogesh Vohra, Ph.D., associate dean and professor in the Department of Physics, and Cheng-Chien Chen, Ph.D., associate professor in the Department of Physics, awarded $470,250: Vohra and Chen will study magnetic structures in heavy lanthanides under extreme conditions.
Congratulations to Dr. Wenli Bi, UAB Department of Physics and Member of Center for Nanoscale Materials and Biointergration. The award is in the amount of $419,614. The grant, led by Bi, is titled “MRI: Acquisition of a Quantum Design Physical Properties Measurement System for Materials Research and Education.”
The MRI grant supports the acquisition of a Physical Properties Measurement System from Quantum Design, which is a state-of-the-art, highly automated and multifunctional system capable of measuring a multitude of material properties at cryogenic temperature, high magnetic field and high pressure.
Continue reading here as originally reported in UAB News.
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