Quantum Information Technologies · AI for Quantum · Quantum for 6G · Hybrid Quantum–Classical Systems
Research Professor, Kyung Hee University, Korea
I work on integrated quantum information technologies spanning:
- Quantum communication
- Quantum sensing and metrology
- Quantum computing and machine learning
- Secure quantum networking
- Hybrid quantum-classical AI for future 6G systems
My research connects three directions:
- Classical-for-Quantum → AI/ML for quantum-system characterization and operation
- Quantum-for-Classical → quantum-enhanced learning, optimization, and communications
- Hybrid Systems → practical architectures combining quantum and classical intelligence
| Area | Themes |
|---|---|
| 🔬 Quantum Sensing | metrology, tomography, entanglement detection, variational sensing |
| 🌐 Quantum Networking | anonymous communication, private information retrieval, counterfactual communication |
| 🧠 Quantum AI | quantum machine learning, multimodal learning, hybrid transformers, witness machines |
| 📡 6G + Quantum | semantic communication, ISAC, remote sensing, intelligent wireless systems |
| ⚛️ Quantum Computing | VQE, QAOA, variational circuits, quantum optimization |
| 🧪 Emerging Platforms | Rydberg atomic receivers, NISQ systems, deployable quantum technologies |
Quantum Communication · Quantum Sensing · Quantum Computing
AI for Quantum Systems · Quantum-Enhanced AI · Rydberg Atomic Receivers
Quantum Semantic Communication · Hybrid Quantum-Classical Architectures
- Research Professor at Kyung Hee University in the Institute for Communications and Quantum Nexus.
- Research on quantum property learning, anonymous quantum networking, and variational quantum sensing.
- Contributions in quantum semantic communication, quantum-enhanced AI for 6G, and satellite-ground quantum systems.
- Active in editorial service, reviewing, mentoring, and international collaboration.
- Quantum Property Learning for NISQ Networks
- Quantum Clock Synchronization Networks
- Counterfactual Quantum Communication
- Variational Anonymous Quantum Sensing
- Quantum Semantic Communication for Metaverse and 6G
- Quantum Fusion Intelligence for Remote Sensing
- Quantum-Classical Optimization for Intelligent Transportation
Quantum Communications Quantum Networking Quantum Sensing Quantum Computing Quantum Machine Learning Rydberg Receivers 6G Semantic Communications Hybrid AI NISQ Variational Quantum Algorithms
- 📧 Email: umankhalid@khu.ac.kr
- 🏫 Affiliation: Kyung Hee University, Korea
- 🤝 Open to collaboration in quantum communication, sensing, computing, and AI
Integrating quantum sensing, communication, computing, and intelligence for practical next-generation technologies.