Postdoctoral Researcher working on AI and machine learning for scientific discovery
Photonics-FDTD-DRL. Optimization and inverse design of photonic chips using deep reinforcement learning
99LLM-4-Chip. LLM4Chip-R1: End-to-End Design and Generation of Semiconductor Chips with LLMs Boosted by Reward-Driven Reinforcement Learning
20Deep-Learning-Design-Photonic-Crystals. Modeling and designing Photonic Crystal Nanocavities via Deep Learning
18CvT-Design-Photonics. Applying latest development in vision transformers (ViT, CvT...) to the design of nanophotonic structures
4Bayesian-Opt-Photonics. Bayesian Optimization for Photonics Inverse Design
4QuantumChem-200K. QuantumChem-200K: A Large-Scale Open Organic Molecular Dataset for Quantum-Chemistry Property Screening and Language Model Benchmarking
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