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> STATUS: SMARTER THAN EINSTEIN
> ACCESS LEVEL: OMEGA
Fault-tolerant error mitigation framework for NISQ processors. Reduces decoherence noise by 40% using topological qubit mapping and stabilizer codes.
Non-invasive BCI (Brain-Computer Interface) converting EEG motor imagery into digital commands using Deep ConvNet-LSTM hybrids.
Real-time polyp detection engine utilizing Temporal Dual-Branch Transformers to achieve < 10ms inference latency in 4K colonoscopy feeds.
Decentralized Smart City energy grid using ESP32 clusters. Optimizes power distribution autonomously via multi-agent Reinforcement Learning.
Reconstructing 3D organ volumetrics from 2D MRI slices using GANs (Generative Adversarial Networks) for holographic surgical planning.
Post-Quantum Cryptography (PQC) lattice-based ledger system designed to withstand Shor's Algorithm attacks on standard encryption.
I am an Assistant Professor and Researcher specializing in Advanced Deep Learning Algorithms and Quantum Technologies. My mission is bridging the gap between cutting-edge theory and impactful real-world applications.