Congratulations to the entire At-211 Team on the recent acceptance of a new paper, “Complexation of astatine(III) with ketones: Roles of NO3– counterion and exploration of possible binding modes” in Inorganic Chemistry!

Congratulations to the entire At-211 Team on the recent acceptance of a new paper, “Complexation of astatine(III) with ketones: Roles of NO3– counterion and exploration of possible binding modes” in Inorganic Chemistry!
The Burns Research Lab welcomes Ms. Maddison Gibson as a summer researcher. Maddison is a participant in the UAB Regional Initiative to Promote Undergraduate Participation in Experimental and Computational Materials Research program, which is supported by the National Science Foundation’s (NSF) Research Experiences for Undergraduates (REU) program.
Ms. Gibson is a rising senior at Savannah State University, working towards a degree in Forensic Science. The UAB REU program runs for 10-weeks from the last week in May till the end of July and supports 14 undergraduates from around the country to come to UAB and conduct cutting-edge research across many different disciplines.
The Burns Research Group currently has an opening for a highly motivated inorganic or radiochemist. The successful candidate will contribute to a variety of activities in inorganic radiochemistry including: 1) the investigation into emerging radioisotopes for medical applications, 2) the design of nanomaterials for radiopharmaceuticals, and 3) the development of new technologies for used nuclear fuel recycling.
Relevant Skills and Experience
Essential duties:
Required qualifications:
Preferred Skills/Desirable Qualifications:
If you are interested, please submit a Cover Letter, CV, and Research Statement to burnsjon@uab.edu
The DOE Office of Science recently published a highlight, “Cancer Countermeasures on a Column”, about some of our recent findings!
Congratulations to Evgeny Tereshatov and the entire At-211 Team on the recent acceptance of a new paper, “Compact automated apparatus for rapid astatine recovery from nitric acid media: design, application, and impurity characterization” in Chemical Engineering Journal!
Congratulation to Michael Jones for being selected to the inaugural undergraduate class of the HIPPO: Horizon‐broadening Isotope Production Pipeline Opportunities collaboration! Michael is a Junior at the University of Alabama at Birmingham majoring in Chemistry. Over the next year, he will be conducting research in the Burns Research Laboratory investigating the utility of using VO2+ as a chemical analog for AtO+, along with exploring the separation chemistry of V for the purification of 48V.
It is official, the HIPPO: Horizon‐broadening Isotope Production Pipeline Opportunities collaboration has been selected for funding! HIPPO will bring together world-class facilities, researchers, and students in a cohesive program designed to mentor young scientists and broaden the horizons of their career in the area isotope R&D and production.
Congratulations to Evgeny Tereshatov and the entire At-211 Team on the recent acceptance of a new paper, “Separation, speciation, and mechanism of astatine and bismuth extraction from nitric acid into 1-octanol and methyl anthranilate” in Separation and Purification Technology!
The DOE Office of Science recently published a highlight, “New Elegant Method for Rapid Recovery of Anti-Cancer Agent At-211,” about some of our recent findings!