Image from another paper, used as a stand-in.
Improving activation steering vectors by formalizing constructive and destructive features in steering vectors to revert entangled features with negative side effects to their unsteered states. Accepted to RAISE: Winter Expo
Exploring extending scaling laws to comprehensively select LLM sizes for small datasets based on token length and number of examples improving on existing work. Submitted to ICLR 2025 Workshop
Exploring hybrid quantum algorithms to accelerate n-body simulations. Accepted to QCNC 2025!
Proposing RLOF, a scalable fine-tuning method for training LLMs with small datasets. Targeted for NEURIPS 2025
Improving chat bias benchmarks with innovative transformer steering methods. Targeted for NEURIPS 2025
Led research for a very successful first of its kind autonomous robotics teaming demonstration at EDGE24 Conference
Led development on software failures prediction model for over 7 million Aclara electric meters across the United States with 99% accuracy (AUC)
Optimized CNN-based classifier, winning top accuracy at TinyML track at ICAD.
April 13, 2025: Won our track at Yale Quantum Hackathon! Also attended NENLP.
Jan 17, 2025: Accepted offer to join Stanford Berkeley Startup Algoverse as a PI.
Jan 25, 2025: Accepted as one of 25 Berkeley AI Fellow out of hundreds of applicants
Jan 24, 2025: My research: Targeted LLM Steering: Mitigating Side Effects with Selective Feature Control was accepted to the RAISE Winter Expo
Jan 21, 2025: My paper Hybrid Quantum Agorithms for N-Body Simulation was accepted to QCNC 2025!!
Nov 15, 2024: Submitted Hybrid Quantum Agorithms for N-Body Simulation to QCNC 2025
Sept 19, 2024: Led Lockheed research for EDGE24 demo with 100% success in autonomous air-ground teaming
June 14, 2024: Presented preliminary findings of RLOF at CHAI 2024
Feb 7, 2024: Collaborated with Eluther AI on project visualizing LM Reward Functions with DPO
Dec 15, 2023: Created and taught acredited UConn Intro to Transformers (CSE 4095)