Discovery to Impact at The University of Texas at Austin has invested $250,000 from its UT Seed Fund in Nascent Materials Inc., a company that is working to commercialize technology developed at the university’s Cockrell School of Engineering. This technology aims to improve the process for making materials used in next-generation batteries, with an emphasis on safety and resilience. Nascent Materials’ approach also seeks to reduce reliance on imported battery materials, which could help strengthen the U.S. supply chain.
The new method developed by Nascent Materials focuses on producing cathode materials for lithium-based batteries. The cathode is a key component that works with the anode to enable electric charge flow within these batteries. The company uses UT-patented technology not only to enhance current cathode materials but also to explore other options for future battery chemistries.
“UT’s Discovery to Impact is committed to moving groundbreaking discoveries into the market to have lasting impact on the world,” said Mark Arnold, associate vice president for Discovery to Impact and managing director of Longhorn Ventures. “With the UT Seed Fund investment, Nascent Materials will advance technology that will reshape how next-generation lithium batteries are made, driving down costs, and offering a more reliable solution for AI data centers, defense and aviation, automotive, battery energy storage systems, and industrial markets.”
Traditional methods of producing lithium batteries face several issues such as limited domestic sources of raw materials, risks related to flammability, and high energy consumption during production. Nascent Materials has introduced a thermo-fusion synthesis technique that does not rely on costly precursor cathode active materials (pCAM) typically used in conventional manufacturing processes. This results in safer cathode chemistries with better material quality and control over production processes while reducing both costs and emissions.
“High-quality, reliable cathode materials are critical to cell manufacturing for batteries, and innovating the development of these materials is one of the highest-leverage ways to impact the battery value chain,” said Chaitanya Sharma, founder and CEO of Nascent Materials. “With the generous UT Seed Fund investment, Nascent Materials will scale a domestically rooted alternative to China’s battery supply chain, with a focus on scalable, cost-efficient and sustainable manufacturing.”
Nascent Materials Inc., based in Newark, New Jersey, develops advanced manufacturing technologies aimed at creating affordable high-performance cathode materials for lithium batteries. The company intends its innovations in material science will help bolster U.S.-based supply chains.
Discovery to Impact at The University of Texas at Austin works with campus innovators by helping them disclose ideas and protect intellectual property while building partnerships through licensing technologies or collaborative research projects. It also supports startups emerging from university research through resources like innovation spaces and access to capital via funds such as the UT Seed Fund.
For more information about Nascent Materials visit www.nascentmaterials.com; information about Discovery to Impact can be found at discoverytoimpact.utexas.edu.
