The team is the first to propose the idea of merging of metamaterials and conventional materials in the world. Based on this core idea and focusing on several new metamaterial systems, the team leverages the advantages of metamaterials to provide disruptive technologies for many application fields.

The main priority of the team is to carry out original scientific researches and industrial developments with engineering prospects around metamaterial design, metamaterial processing and fabrications, metamaterial devices and applications, etc. By building an influential metamaterial R&D team at home and abroad, we endeavor to transform research superiorities into technological and industrial advantages, and promote the developments of metamaterials.

Fields of Application:

● New material industry, artificial intelligence, high-speed wireless communications.

● New energy, optical information technology, precise imaging.

● High-end precision equipment, intelligent manufacturing.

The team mainly focuses on the field of new energy materials with important development prospects and major innovation opportunities. Focusing on the main line of "functionalization of functional composites", the team assists in the scientific research and industrial development of high-performance flexible composite dielectric films, high-performance 5G communication copper clad laminates, flexible ferroelectric or piezoelectric materials and devices. It is committed to solving important and major scientific and technological problems in the transformation of composite materials into new energy industry, and realizing the economic and social benefits of advantageous scientific research achievements.

Fields of Application:

● Smart Grid, New Energy Automobile, Medical Devices.

● Millimeter-Wave Radar, 5G Antenna, Automatic Driving, Flexible Circuit.

● Smart Wearable, Flexible Storage, Flexible Sensing, Flexible Driven.

The team has been committed to the research of new lead-free piezoelectric ceramic materials and components. The (K,Na)NbO3(KNN)-based lead-free piezoelectric ceramicdeveloped by the team have the leading properties in similar research in the world, and some achievements have entered the stage of industrialization. Based on the existing scientific research results, the research center will further focus on the cutthroat problem of lead-free piezoelectric ceramic research and device design. The research center will dedicate to develop a series of environment-friendly intelligent piezoelectric materials and lead-free piezoelectric components with independent intellectual property rights, promoting the application of lead-free piezoelectric materials in aerospace, marine equipment, automotive electronics, medical health, smart home and other fields, thus breaking foreign technology monopoly ,filling the gap in the lead-free field of piezoelectric device in China, and forming a landmark achievement of piezoceramic industrialization to lead the whole country and even the world.

Fields of Application:

● Actuators, Sensors, Transducers, Ceramic Filters.

● Microphone Speakers, Tactile Feedback, Buzzers.

● Intelligent Parking Assistant, Ultrasonic Doppler, Wearable Smart Devices.