Jean Guy Modern Technology And Development Lab
’The Jean-Guy International Lab (JG LAB), based in Zhejiang Province, China, is a premier research hub dedicated to pioneering advancements in modern technology. As a global collaborative platform, the lab brings together leading scientists and engineers from around the world to develop next-generation solutions that drive industrial transformation and societal progress. JG LAB’s research and development efforts are closely aligned with real-world industrial demands, with key focus areas including Integrated Circuits, Smart Drone Communication Systems, RADCOM V2X Technologies, Artificial Intelligence (with emphasis on large-scale models), Micro and Nano Materials, Sensors, Robotics, and Automation.
Join us at the JG LAB for electronic embedded system, Artificial intelligence and Computer science Innovation, where ideas transcend borders, innovation knows no limits, and the future is shaped today.
Research and Development Directions
Advanced UAV Technology
One of the core focuses of our laboratory is the design and development of next-generation drone systems, including advanced swarm drones. Leveraging cutting-edge communication technologies such as MESH and Starlink-inspired topologies, we integrate enhanced signal waveforms and AI-driven models to extend communication range and reliability for complex applications. Several patents have been submitted for innovations emerging from this work.
We have multiple patents pending in these areas and are actively collaborating under NDAs with leading Chinese technology companies. Additionally, we maintain strong research partnerships with several international universities to drive innovation and global impact.
Integrated Circuit
The laboratory is working on the next-generation hybrid microfluidic/integrated circuit chip technology with an aim to realize high-speed, high-throughput, and multifunctional lab-on-chip systems, laying a foundation for more efficient electronic devices. Moreover, exploration is underway on System-on-Chip (SoC) technological advancements to accommodate the large-scale application needs of AI edge devices.
Artificial Intelligence
In the domain of large models, our laboratory is committed to developing and optimizing large-scale language models to handle complex natural language processing tasks, pushing forward the capabilities of machines in understanding and generating human language. Our team is exploring ways to optimize model architectures, training strategies, and computational efficiency, enabling large models to operate in resource-constrained environments, and investigating how large models can resolve real-world applications like text generation, summarization, translation, and dialog systems, thereby promoting AI technology applications across different industrial domains.
Micro and Nano Materials
The development of microreactor technology has opened new possibilities for green and sustainable chemical synthesis, further propelling the preparation and application of micro/nano materials. The laboratory is also exploring the development of two-dimensional semiconductor materials to showcase tremendous potential in energy efficiency and device scaling, pushing micro/nano technology towards industrial applications.
Sensors
The laboratory focuses on the development of intelligent sensing technology, aiming to provide IoT devices with higher data processing and analytical capabilities, transforming sensors from mere data collection tools to devices capable of preliminary data processing and analysis. Concurrently, research on China’s advancements in high-level sensor technology is being conducted to offer new possibilities for the future international competitive landscape of sensor technology.
