Investigating emergent reasoning capabilities in large language models and developing safety alignment techniques for next-generation AI systems.

Using machine learning to identify genomic markers for early disease detection and personalized treatment pathways across 50,000 patient cohorts.

Developing next-generation atmospheric models and evaluating novel carbon capture technologies at scale using HPC simulation environments.

Researching topological qubits and surface code error correction algorithms to build fault-tolerant quantum computers with practical applications.

Advancing brain-computer interface technology for restoring motor function in paralysis patients using non-invasive EEG and AI decoding.

Using AI and IoT sensor networks to optimize traffic flow, energy consumption, and emergency response in dense urban environments.