Clean Chemical Energy Research Vision

This research vision centers on converting CO₂ into valuable commodities, producing clean hydrogen, and exploring ammonia as a carbon-free fuel. By synergizing these approaches, the vision seeks to mitigate climate change, transition to sustainable energy sources, and enable efficient energy storage.

Energy Storage Research Vision

The research vision in energy storage aims to revolutionize industries through the integration of 3D printing technology. Wearable electronics, smart buildings, and various energy storage devices can be customized, rapidly prototyped, and localized using 3D printing. This approach offers unprecedented flexibility, efficiency, and sustainability in energy management.

Flexible Wearable Electronics Research Vision

By combining flexible wearable electronics with cloud data storage and AI, this research envisions a future where personalized, real-time data-driven experiences become the norm. From telehealth and sports to astronautics and smart cities, this interconnected ecosystem promises optimized health, performance, safety, and urban living.

3D Printing Research Vision

The vision for 3D printing encompasses electronics, energy storage, biomedicine, and food technology. This technology's capacity for customization and efficient production is set to redefine the design and manufacturing processes across these domains. From tailored electronic devices to personalized medical solutions and sustainable food production, 3D printing holds transformative potential.

Nanorobotics, Microrobotics, and Multiscale Robotics Research Vision

The research vision in this domain explores the applications of miniature robots across medicine, environmental solutions, and more. These robots can target diseases, remove pollutants, and aid in surgeries, offering precision and efficiency in diverse fields. This vision anticipates a future where these robots work collectively, adapting to various environments and challenges.