The Michigan State University Research Foundation backs a diverse range of startups through its Red Cedar Ventures and Michigan Rise Pre-Seed III investment funds, spanning from cybersecurity and healthcare to AI, renewable energy, financial technology, and more. The Michigan State University Research Foundation announces 30 new investment and purchase order (P.O.) financing transactions in …
100% bio-based coatings are now one step closer as AGC Vinythai’s research project with Prof. Mojgan Nejad at Michigan State University (MSU) moves into its next phase. For this second phase, the partners are joined by allnex, a global leader in industrial coatings resins and additives. To increase the bio-based content of coatings and epoxy …
Addressing the urgent need for sustainable energy solutions and making the power grid more reliable are two noteworthy goals of a new, fast-growing company whose technology was developed at Michigan State University (MSU). RedoxBlox, named the 2024 MSU Startup of the Year, is at the forefront of energy storage technology, providing innovative solutions for power …
East Lansing, MI – To reduce carbon emissions and combat climate change, more companies are moving away from their dependence on fossil fuels and turning to sources of renewable energy. RedoxBlox, a new company founded on technology developed at MSU and now based in San Diego, expands renewable energy sources and strengthens grid stability by …
In the 2024 Quacquarelli Symonds Sustainability Ranking, Michigan State University placed in the top 3% in the world — or No. 41 — among participating schools. The university is also in the top 3% in the nation, ranked at No. 6. The QS Sustainability Rankings measure how well universities are addressing the world’s greatest environmental, social …
Compostability certification of polymers is time-consuming and expensive. Approaches to accelerating the biodegradation of these polymers in simulated composting conditions can facilitate and speed up evaluating potential compostable polymers. Biodegradation of polymers in composting conditions is an alternative end-of-life scenario for contaminated materials collected through the municipal solid waste management system, mainly when mechanical or …
Spartans are innovating batteries, electronics, composite materials and more to push electric vehicles farther while training the nation’s future workforce This July, the United States Army announced a new $9 million initiative it’s pursuing with Michigan State University to make electric autonomous vehicles safer, smarter and more dependable. With support from the Army’s Ground Vehicle …
Michigan State University researcher Bruno Basso suggests that advanced plant sensors can provide farmers with real-time data on soil, crops, and weather. However, their uptake remains slow due to high costs and complexity. Furthermore, extreme weather events driven by climate change are decreasing yields. While sensors could and would help farmers adapt to the new …
Blending PLA with thermoplastic starch promotes sustainable biodegradation of PLA under mesophilic and thermophilic conditions without creating microplastics. Breaking It Down: How Thermoplastic Starch Enhances Poly(lactic acid) Biodegradation in Compost─A Comparative Analysis of Reactive Blends Pooja C. Mayekar, , Wanwarang Limsukon, Anibal Bher, and Rafael Auras* School of Packaging, Michigan State University, 448 Wilson Road, …
The Michigan State University (MSU) School of Packaging (SoP) announces a new partnership with Trayak, Inc. to supply the EcoImpact-COMPASS software licenses for use by SoP faculty, staff, and students. East Lansing, MI — The Michigan State University (MSU) School of Packaging (SoP) is proud to announce a new partnership with Trayak, Inc. to supply the …
