Design and analyze protocols and architectures for quantum information science applications.
Requirements
- Demonstrated research experience in quantum information science including the development and analysis of fault tolerance protocols, analysis of algorithms, and various applications of quantum information theory.
- In depth understanding of multiple aspects of quantum information theory.
- Coursework or experience in theoretical computer science, mathematics, and information theory, including the development and analysis of algorithms.
- Experience with development, analysis, and high-performance implementation of algorithms.
- Knowledge of discrete mathematics, numerical analysis and scientific computing techniques.
- Experience with high-performance scientific computing in Python and/or C++11
Responsibilities
- Design and analyze protocols and architectures for quantum information science applications.
- Present ideas and results in effective technical presentations, write technical papers, reports and proposals.
- Demonstrated research experience in quantum information science including the development and analysis of fault tolerance protocols, analysis of algorithms, and various applications of quantum information theory.
- In depth understanding of multiple aspects of quantum information theory.
- Coursework or experience in theoretical computer science, mathematics, and information theory, including the development and analysis of algorithms.
- Experience with development, analysis, and high-performance implementation of algorithms.
- Knowledge of discrete mathematics, numerical analysis and scientific computing techniques.
Other
- Work effectively in a collaborative environment.
- Excellent written and verbal communications skills, excellent problem solving skills, ability and desire to work in team environment
- Ability to spend long periods of time at a computer monitor, and ability to travel.
- U.S. citizenship.
- Must be able to obtain and maintain US Government security clearances as required.
