Syed Emad Uddin Shubha

My current research focuses on quantum hardware security vulnerabilities and robust quantum communication protocols.

• Quantum Hardware Security Vulnerabilities: Expanding on pulse-level simulations and characterizations of crosstalk attacks in multi-tenant superconducting quantum hardware, ongoing work involves deeper analysis of stealthy vulnerabilities, development of detection mechanisms, and strategies for mitigating such threats to ensure secure and reliable quantum computing platforms in shared environments.
• Robust Quantum Communication Protocols: I am currently working on quantum communication, exploring the roles of quantum correlations to design adaptive error corrections. I have also worked on high-fidelity transmission of a multi-qubit logical state using partially entangled GHZ channels and optimal POVMs for unambiguous state discrimination. These works have potential applications in next-generation quantum repeaters and quantum internet. Additionally, I previously worked on integrating quantum key distribution (QKD) with classical cryptography to create hybrid systems for secure data transmission.