Building the quantum workforce.
EntangliX is the corporate sponsor of the National Center for Secure AI Education’s AI & Quantum Computing Fall 2026 Cohort, delivered in collaboration with Georgia State University.
The National Center for Secure AI Education’s AI & Quantum Computing Fall 2026 Cohort is underway. The cohort is developing a unified decision intelligence platform that brings together classical optimization and quantum computing to support complex response planning and resource allocation.
The program is delivered by NCSAI in conjunction with Georgia State University, with EntangliX Quantum Solutions as corporate sponsor providing quantum computing capability.
Applicants have come from institutions across the country, well beyond the host campus.
Willie Lee
Executive Director and Chief Architect
National Center for Secure AI Education
Dr. Anu Bourgeois
Professor of Computer Science
Georgia State University
Dr. Nannette P. Napier
Clinical Professor of Computer Information Systems
Georgia State University
Two tiers, from first principles to applied research.
Foundations
- → State initialization
- → Gate operations
- → Superposition
- → The Bloch sphere
- → GHZ states
- → Entanglement
- → State readout
- → Randomized benchmarking
Advanced
- → Quantum state tomography
- → Quantum process tomography
- → Gate pulse design
- → Implementation of optimal control
- → Concatenated pulses
- → Hybrid algorithms
- → Quantum machine learning
- → Algorithm cutting
A single institution-owned system supports a virtually unlimited number of quantum processor configurations (1, 2, 8, 16, 32 and up), on-site and remote access for students and researchers, upgradeable quantum chips, and a library of algorithms and showcase projects.
Quantum advantage will be delivered by people, not only by hardware. Room-temperature systems that operate without cryogenic infrastructure make hands-on quantum education practical at institutions that could never host a conventional quantum computer. EntangliX supports programs that put working quantum systems in front of students.
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