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I'm a mathematician and software engineer working at the intersection of quantum computing, cryptography, and backend systems. My foundation is an Integrated M.Sc. in Mathematics from NIT Rourkela (CGPA 8.23), with a thesis on quantum computing in higher dimensions covering qubit and qudit representations, Bloch sphere geometry, Majorana representations, and quantum cryptography protocols. Alongside that I build real software: backend systems, ML pipelines, and cryptographic implementations. What I work on: -Quantum algorithms, quantum cryptography protocols, and post-quantum cryptography -Original research: NCRAR, a proposed hardness conjecture on Z_R x Z_q inspired by quantum rotations on the Bloch sphere -Backend systems and REST APIs in Python and Go -ML pipelines for fraud detection, risk scoring, and document intelligence -Cryptographic protocols: RSA/OAEP, PQC benchmarking, secure vaults I'm drawn to quantum computing because it sits at the sharpest edge of mathematics, physics, and engineering simultaneously. I've studied quantum key distribution, quantum Byzantine agreement, quantum secret sharing, and the structural threat Shor's algorithm poses to current cryptographic infrastructure. Stack: Python · Qiskit · Go · SQL · REST APIs · NumPy · Scikit-learn · Git · Linux Open to quantum software engineering roles, research positions, and PhD opportunities in quantum computing and post-quantum cryptography. [email protected]