Thrust 3: Applications and Quantum Education

This research thrust is dedicated to applications and quantum education, which includes developing technology for space-based entangled photon sources, quantum cyber security for critical infrastructure such as the power grid, and exploring research in team science and education in quantum information science and engineering (QISE). In collaboration with the Small Satellite Research Laboratory (SSRL), the project aims to develop a scalable quantum emitter for integration into a small space-based platform to achieve more secure cyber communications. The team also plans to develop tools for a secure, resilient, and reliable grid by leveraging the power of emerging technologies in quantum information and artificial intelligence, with a focus on quantum random number generators (QRNGs). 

Additionally, the project studies the connection between leadership practices and the culture of scientific groups, with a focus on the impact of leadership practices and culture on creativity and productivity of scientists. The team will investigate factors that impact underrepresented graduate students’ retention and excellence in QISE, potentially leading to better teaching, recruitment, and mentoring practices.