Today, U.S Senators Mark Kelly and Marsha Blackburn introduced the Microelectronics Research for Energy Innovation Act in an effort to accelerate American innovation and leadership in microchip technology. The bipartisan legislation aims to establish two new microchip research and development programs within the Department of Energy. Over the past 60 years, the United States has led the world in the research and development of the most advanced microchips that power everything from cars and coffee machines to fighter jets.
Since taking office, Kelly has supported legislation that invests in domestic microchip research, development, and manufacturing. Earlier this year, the House of Representatives passed a bill to boost domestic manufacturing of microchip technology and strengthen America’s global competitiveness.
“At a time when our adversaries, like China, are doubling down on investments on microchip technology, our legislation ensures that America can continue to innovate and outcompete our adversaries in technology critical to our national defense and economy,” said Kelly. “Boosting investments into microchip research and development will allow us to create more high-paying jobs, alleviate supply chain issues driving up costs, and reduce our reliance on foreign countries for this technology.”
The Microelectronics Research for Energy Innovation Act will require the Department of Energy to establish a dedicated research program focused on research, development, and demonstration of next-generation microelectronics. The Secretary would ensure that all research activities support commercial technology transfers and identify opportunities to enhance workforce development. It will also create four Microelectronics Science Research Centers that will research activities focused on addressing the foundational challenges in design, development, prototyping, demonstration, and fabrication of microelectronics. These research centers will be required to coordinate with other federal programs focused on microelectronics R&D.
