Research News

Clinicians treating cancer and blood clots must balance the risk of medical interventions with their life-saving benefits. Biopsies to collect tissue for testing, ablations to kill diseased cells, and surgery or catheters to remove blood clots are effective but they’re also invasive. New microrobots – smaller than the diameter of a human hair – could reduce the need for invasive procedures. 

A new U.S. – Ireland research partnership, led by electrical engineering professors at Michigan State University, will work to improve wireless communications through location-specific “communications pockets” for more private, secure and efficient wireless communications. The project has the potential to improve next-generation wireless systems, like 5G and 6G.

Michigan State University College of Engineering student entrepreneurs Madhav Aggarwal and Tanvi Gadamsetti, co-founders of BRCĒ, secured a $300,000 investment during their appearance on ABC’s “Shark Tank,” which aired on March 4, 2026, bringing their student-built venture from campus to one of the largest stages for entrepreneurship.

Microfluidic devices can reveal infections, track treatment response, and guide personalized therapies. They power many of today’s vital medical tests, but if the fluid hesitates or sticks to the surface, results can be skewed, take longer, and cost more to produce.

Nationally recognized research — from how street design influences driver speeds and safety to turbo roundabouts — put Michigan State University engineers in the spotlight during the 105th Transportation Research Board (TRB) annual meeting in January 2026 in Washington, D.C.

Diamond is more than just a gemstone; it is the hardest natural substance on Earth with exceptional qualities for improving semiconductors — the materials used in electronics, electric vehicles and renewable energy technologies.

The College of Engineering helped Michigan State University remain a top producer of Fulbright Scholars – the U.S. government’s premier international academic exchange program – in 2025-26.

What happens when a Large Language Model provides the wrong medical diagnosis, then when questioned, it doubles down and insists its answer is correct? LLM overconfidence like this is risky, especially in high-stakes decisions.

The National Nuclear Security Administration has announced a new Focused Investigatory Center at Michigan State University focused on the future of fusion energy.

A Michigan State University researcher will use $500,000 as part of a federal Advanced Research Projects Agency-Energy (ARPA-E) program to engineer novel ultra-flexible concrete for critical energy infrastructure improvements.