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Professors Jay Guo and Zetian Mi awarded MTRAC funding for research in autonomous and green vehicles

Guo is working to boost the visibility of autonomous cars for improved safety, and Mi is building a prototype solar hydrogen production system that could out-compete electric cars.

Professors Jay Guo and Zetian Mi have been awarded funding from the Michigan Translational Research and Commercialization (MTRAC) Innovation Hub for Advanced Transportation for their projects related to autonomous vehicles and sustainability.

Jay Guo Enlarge
Jay Guo

Prof. Jay Guo is developing a wide range of colors and styles that will meet the reflectivity requirements of the LiDAR and radar systems used in autonomous vehicles and those with safety-assisting features. Structural colors based on optical resonances in layered structures have received tremendous interest due to their various advantages over the traditional colorant-based pigmentations. Guo’s team’s technology is a scalable and cost-effective approach to produce layered structural colors, and making it more environmentally friendly. Moreover, structural colors can be designed to produce optical resonances at virtually any optical wavelengths. This powerful flexibility offers great advantage over other approaches for entering the potentially huge market for autonomous vehicles, and to make the vehicles and the surrounding infrastructures more “visible” to the various IR and radar sensors on board of many vehicles.

Zetian Mi Enlarge

Prof. Zetian Mi is developing a disruptive technology for on-site production of clean hydrogen fuels directly from sunlight and (waste)water, which, if proven commercially viable, will meet the growing demand for producing hydrogen fuels where and when needed for future transportation. Their technology is based on artificial photosynthesis, which can directly convert solar energy into hydrogen fuel through a one-step water splitting. This project will allow them to build a prototype solar hydrogen production system and to perform a thorough evaluation of the performance. It’s projected that hydrogen fuel cell-based electric vehicles will be more cost efficient than battery electric vehicles per mile by 2040, especially for vehicles with high power requirement, larger size, and longer daily driving distance.

MTRAC is a statewide program that funds projects which commercialize university research into products or services that shape the future of transportation technology or address poorly met transportation market needs. The program reinforces the State of Michigan’s Michigan Strategic Fund (MSF), the Michigan Economic Development Corporation and U-M’s commitment to use entrepreneurship as a catalyst for economic growth in the State and beyond.

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Automotive; Autonomous Vehicles; Energy + Environment; L. Jay Guo; Research News; Solid-State Devices and Nanotechnology; Sustainability; Zetian Mi