David Vera

Project Description:

Researcher will work in a team developing scalable methods and architectures for trapped ion quantum information processing (QIP) and quantum networking (QN). Some of the researchers key responsibilities include but are not limited to assisting with the design, planning, and construction of experimental apparatus for trapped ion QIP/QN including laser and optical systems, rf/microwave electronic, vacuum chambers, cryogenic systems, ion traps and control electronics, designing and performing QIP/QN experiments on trapped ions and analyzing the data, including performing relevant theoretical calculation and disseminate experimental and theoretical results through publication in journals and presentation at conferences.