A new view of microscopic processes

With the support of a two-year, $800,000 grant from the National Science Foundation and an additional $300,000 from the university, Matt Maschmann and a team of researchers are purchasing new equipment which will allow researchers to conduct scientific experiments while simultaneously viewing reactions as they happen in real time.

Team develops technique to segment carbon nanotube forests in images

Mizzou Engineering researchers are another step closer to controlling the properties of carbon nanotubes growing in mass quantities.

Mizzou researchers provide direct evidence of localized explosion of aluminum nanoparticle

A Mizzou Engineering team has provided direct evidence of a localized explosion of an aluminum nanoparticle, a mechanism first theorized in 2006.

Mizzou Engineers develop new method to design semiconductors

Mizzou Engineers have come up with a novel new technique to design semiconductors, the chips that make your phones, laptops and other devices not only smart, but also compact. Matthias…

Research at Mizzou could help reduce cost to build particle accelerators

If Mizzou Engineers are successful, that price tag of particle accelerators such as the Large Hadron Collider could drop drastically.

How to build an ‘explainable AI’ framework to speed up the innovation process

A nearly $4.9 million grant from the U.S. Army Engineer Research and Development Center (ERDC) is supporting the project by University of Missouri engineers.

Mizzou celebrates opening of MU Materials Science & Engineering Institute

A new institute at Mizzou will advance collaboration around materials research and education across campus. University and College leaders celebrated the grand opening of the MU Materials Science & Engineering Institute (MUMSEI) at a symposium and ribbon cutting event on Friday.

Mizzou Engineers to help NextGen Precision Health professionals process, analyze, protect big data

Mizzou Engineers will help NextGen Precision Health professionals analyze the large volumes of information coming from sophisticated MRI and other imaging equipment, as well as determining how best to store that information securely.

Team uses machine learning to predict the properties of simulated carbon nanotube arrays

A Mizzou Engineering team has spent the past couple of years developing a simulation model to demonstrate how carbon nanotubes can be produced without losing their optimal properties.

Avoiding food contamination with a durable coating for hard surfaces

In the future, a durable coating could help keep food-contact surfaces clean in the food processing industry, including in meat processing plants. A new study from a team of University of Missouri engineers and food scientists demonstrates that the coating — made from titanium dioxide — is capable of eliminating foodborne germs, such as salmonella and E. coli, and provides a preventative layer of protection against future cross-contamination on stainless steel food-contact surfaces.