posted on July 29, 2014

In an effort to fight the serious and growing problem of air pollution in China, a team of faculty from the University of Minnesota, together with Chinese researchers, met in May to collaborate on ways to address health issues related to this pollution. Of special interest are very small particulates in the atmosphere. MSI Principal Investigator David Pui, a Distinguished McKnight Professor in the Department of Mechanical Engineering (College of Science and Engineering), convened the group, which was led by University President Eric Kaler and CSE Dean Steven Crouch. Professor Pui uses MSI for several projects related to numerical studies of particle filtration. You can read a story about this project on the University of Minnesota Foundation’s news site

posted on July 24, 2014

MSI Principal Investigator Zhi-Quan (Tom) Luo, a professor in the Department of Electrical and Computer Engineering (College of Science and Engineering), has been elected to the prestigious Royal Society of Canada. This is the highest honor for a Canadian scholar or artist. Professor Luo was elected a Fellow in the Applied Sciences and Engineering Division of the Academy of Science.

 Professor Luo uses MSI’s supercomputers to develop and test efficient algorithms for large-scale signal processes applications involving big data. His group’s work includes mutli-core and parallel simulations to test their algorithms on network flow problems and large-scale signal-processing and machine-learning problems.



posted on July 22, 2014

Professor Peter McMurry, an MSI Principal Investigator in the Department of Mechanical Engineering, is quoted in an article published by the Environmental Molecular Sciences Laboratory (EMSL) at Pacific Northwest National Laboratory. The article concerns research into fine particles in the atmosphere and their role in cloud formation. This subject is important to researchers who are working on climate models. A better understanding of the process of how particulate matter behaves in the atmosphere will allow them to develop more accurate models. The article, “The secret life of aerosols,” is available on the EMSL website

EMSL is funded by the US Department of Energy Office of Science.

Professor McMurry uses MSI resources, especially computational fluid dynamics software, to model the performance of aerosol instrumentation. 

posted July 10, 2014

Several MSI Principal Investigators recently received Transdisciplinary Faculty Fellowships from the University of Minnesota Informatics Institute (UMII). This award, which is given to recently promoted associate professors, will enable the recipients to provide leadership in transdisciplinary collaborative projects at the interface of informatics and an application area.

Six Fellowships were awarded, and four of the recipients are MSI PIs. They are:

Marshall Hampton (University of Minnesota Duluth, Department of Mathematics and Statistics) See a description of Professor Hampton’s work using MSI.

Adrian Hegeman (Departments of Horticulture Science and Plant Biology; Microbial and Plant Genomics Institute) See a description of Professor Hegeman’s MSI work using MSI.

Mihailo Jovanovic (Department of Electrical and Computer Engineering) See a description of Professor Jovanovic’s work using MSI.

Molly McCue (Department of Veterinary Population Medicine; Microbial and Plant Genomics Institute) See a description of Professor McCue’s work using MSI.

Read more about these awards on the OVPR’s Inquiry blog


posted July 9, 2014

MSI Principal Investigator Michael Travisano, an associate professor in the Department of Ecology, Evolution, and Behavior, is quoted in an article that appeared recently on the website The article poses the question, “Are Cities Evolving Into Hive Organisms?

Professor Travisano’s research group studies how microbiobial populations evolve. They have created a multicellular organism out of the single-celled yeast Saccharomyces cerevisiae. They also study organisms such as eubacteria, alga, cyanobacteria, and multicellular fungi, and are particularly interested in the evolution of novel regulatory structures associated with novel phenotypes and development.