Q-STAR
Quantum Science, Technology and Applied Research at FIU
Q-STAR prepares materials science and engineering graduate students for careers in quantum information science and engineering.
Materials Synthesis & Characterization
Hands-on experience with materials discovery, synthesis and validation
Simulation, Modeling & Machine Learning
Training with essential tools for quantum systems design and performance prediction
Quantum Devices
Designing, understanding, and testing quantum devices—such as qubits, sensors, circuits, and integrated systems for quantum computing, communication, and cybersecurity—is essential to advancing next-generation quantum technologies.
Time Management, Teamwork & Ethics
Vital skills for the collaboration and cooperation across disciplines central to quantum research
Adaptability, Flexibility & Respect
Openness to new ideas and respect for all perspectives in the rapidly evolving world of quantum science
Effective Communication and Data Management
Communication of complex quantum concepts and data to promote interdisciplinary collaboration
Research with Impact
Our convergent research bridges chemistry, materials science and physics to drive innovation.
- Quantum Emitters
- Battery Materials
- Frequency Converters
- Semiconductor Qubits
- Flux Synthesis
- Crystal Growth
Top 15
Most Innovative Public Universities
U.S. News & World Report, 2025
Top 20
U.S. Utility Patents Granted, U.S. Public Universities
National Academy of Inventors and Intellectual Property Owners Association
Carnegie R1 University
The Carnegie Classification of Institutions of Higher Education ranked FIU R1: Doctoral Universities – Very High Research Activity after qualifying in the top 3% in research production among the nation’s 4,300 colleges and universities.
Join us and Learn More
Become part of a national movement shaping the future of quantum information science and engineering.