1. Deep Terahertz Imaging We develop advanced terahertz computational imaging systems powered by physical neural networks. These systems enable multi-dimensional signal transformations, revealing hidden information and overcoming hardware limitations. Our work enables real-time, super-resolution, multi-scale, and phase-retrieval imaging. 2. Terahertz Sensing & Imaging for Advanced Material Exploration Our team is building a compact terahertz-based remote sensing system for high-speed, non-destructive material characterization. This technology provides vital electrical parameters like carrier mobility and conductivity mapping. With deep penetration, time-resolved analysis, and enhanced imaging capabilities, we accelerate advancements in fields such as spintronics, topological materials, metamaterials, green energy, and optoelectronics. 3. Terahertz Integrated Sensing and Communication At YRG, we are building one of the world’s few fully implemented photonic THz communication and ISAC systems. Our system simultaneously delivers Gbps data rates and sub-millimeter sensing resolution. With over seven years of continuous development, we aim to translate THz ISAC from theory into real-world deployment. We welcome individuals with strong research motivation to join our team. Applicant Requirements: • A first-class or upper-second-class honors degree (or equivalent) in an engineering or science discipline. • Strong proficiency in mathematics and programming. • Additional research experience at the master’s level in areas such as data modeling, computer vision, optics, or statistics is a plus but not required. At YRG, English is the official working language, ensuring a globally collaborative research environment. A monthly scholarship of NT$15,000 for a minimum of 5 months. While we assist in finding accommodations, availability depends on openings. Join us in shaping the future through hands-on experience and innovative projects!