Research
Exploring the future of secure communication.
I am a researcher in quantum cryptography, with a focus on the practical implementation of quantum-secure communication systems.
My work explores how theoretical quantum protocols can move closer to practical, reliable communication systems.
Areas of interest
Question. Explore. Discover.
Quantum Key Distribution
Exploring protocols that enable secure key generation using quantum-mechanical principles.
DV-QKD
Research into discrete-variable quantum key distribution and practical post-processing.
Information Reconciliation
Developing and evaluating techniques that help legitimate users reconcile their keys while controlling information leakage.
Error Correction
Studying reconciliation and error-correction techniques under realistic communication conditions.
Quantum-Secure Communication
Exploring approaches for building secure communication systems in the emerging quantum era.
Post-Quantum Cryptography
Exploring cryptographic approaches designed to remain secure against future quantum-enabled attacks.
Research approach
From theory to implementation.
- Quantum Physics
- Cryptography
- Communication
- Computing
- Practical Implementation
Can quantum security work reliably outside the ideal laboratory environment?
Research publications
Selected research
Key Reconciliation Protocol for Quantum Key Distribution
EPJ Quantum Technology, 2025
Secure Quantum Key Distribution Protocol Using Eight State
Journal of Optics, 2025
A Comparative Analysis of Error Correction Techniques Used for QKD Protocols
Journal of Optics, 2025
The Quantum Cryptography Approach: Unleashing the Potential of Quantum Key Reconciliation Protocol for Secure Communication
An Efficient Polynomial Based Quantum Key Distribution Approach for Secure Communication
Collaborate
Want to explore ideas together?
For research collaboration, talks or workshops, get in touch through the contact form.