Advancing Quantum Research from Discovery to Application
Tennessee Tech University is expanding its capabilities in quantum information science by bringing together expertise in quantum networking, secure communications, high-performance computing and advanced research infrastructure.
With an engineering-focused approach, Quantum Information Science at Tennessee Tech emphasizes the design, integration and testing of experimental systems to address the challenges of developing reliable quantum networks. The university's research spans quantum communication protocols, entanglement distribution, quantum cryptography, quantum computer simulation and the computing systems needed to investigate emerging quantum technologies.
Our Capabilities
Quantum Networking and Secure Communications
Research in quantum information science, quantum communication protocols, entanglement distribution and routing, quantum cryptography, authentication and emerging approaches to cybersecurity through the Cybersecurity Education, Research and Outreach Center (CEROC).
Quantum Computing and Advanced Computational Systems
Expertise in high-performance computing, scientific simulation and advanced networked systems, supported by research capabilities within ASCEND and the university's GENESIS computing infrastructure.
Research Infrastructure, Collaboration and Workforce Development
Investments in specialized quantum networking equipment, experimental validation and student research opportunities that support interdisciplinary collaboration and the development of technical expertise.
Explore Research Capabilities »
Featured Research Project
Quantum Cookeville–Crossville Regional Testbed
Tennessee Tech has been awarded $2.1 million from the National Institute of Standards and Technology (NIST) to establish a regional testbed for entanglement-based quantum communications between Cookeville and Crossville, Tennessee.
The Quantum Cookeville-Crossville testbed project will develop specialized infrastructure for generating, distributing and measuring entangled photons across geographically separated locations. Designed to support research and technical validation under real-world conditions, the testbed will expand opportunities to investigate quantum network performance, reliability and secure communications.
Research Across Disciplines
Tennessee Tech's quantum research activities connect faculty and researchers with expertise in computer science, cybersecurity, communications, advanced computing and related engineering fields.
This interdisciplinary approach supports research that spans theoretical and computational investigation, networking protocols, specialized instrumentation and the development of experimental systems.
Meet Our Faculty and Affiliates
Collaborate With Tennessee Tech
Advancing quantum technologies requires expertise across disciplines and institutions. Tennessee Tech is building on its research strengths and infrastructure investments to support collaboration with universities, national laboratories, industry and other research organizations.
We welcome opportunities to explore shared research interests, collaborative projects and educational partnerships in quantum information science and engineering.
Research inquiries:
Muhammad Ismail, Ph.D.
Quantum Information Science Lead