MSI Director’s Statement

January 15, 2025

The Materials Science Institute (MSI), established in 1985, drives innovation in materials science to address critical challenges such as clean energy, advanced computing, and sustainability. MSI researchers develop transformative materials with far-reaching impacts, from eco-friendly chemical processes and advanced nanostructures to improved semiconductors, biomaterials, and quantum technologies. These advancements not only enhance the electronics industries but also contribute to breakthroughs in biomedical devices and human health. Collaborating nationally and securing major funding, MSI accelerates discoveries that shape industries and push scientific boundaries. The institute’s work also includes breakthroughs in energy storage, green manufacturing, and environmental filtration, contributing to solutions for a sustainable future.

Additionally, MSI supports discovery through unique facilities like CAMCOR, a state-of-the-art research core offering advanced material characterization and fabrication services. With over $30M in specialized equipment, CAMCOR serves academic, industrial, and governmental needs. MSI also invests in education and professional development through programs like Lens of the Market, which trains students and faculty in market analysis and commercialization, and the upcoming launch of Oregon’s first undergraduate materials science degree program. MSI’s societal impact is evident in its 50 issued patents, market-focused development initiatives, and numerous successful startups, including Suprasensor Technologies and Perpetua Power Technologies.

The Materials Science Institute (MSI) believes that supporting a wide range of individuals in becoming scientists not only ensures that everyone has the opportunity to pursue their curiosity and experience the joy of discovery but also enriches science itself. Diversified perspectives drive innovation, expand scientific inquiry, and push the boundaries of understanding across the natural world. However, science has often been exclusionary, and efforts are underway to address this through improved training, hiring practices, workplace culture, and funding systems. MSI recognizes the long journey ahead to ensure science reflects the diversity of the societies it serves and contributes meaningfully to the well-being of all people. By promoting inclusivity and accountability, MSI aims to create a scientific environment that values and uplifts all voices.

We invite you to explore our webpages and join us in conducting cutting-edge materials science research in the beautiful Willamette Valley!

Cheers,

Professor Ramesh Jasti
Director, Materials Science Institute

Bad bacteria can trigger gut pain; new research shows how

Bad bacteria can trigger gut pain; new research shows how

A new study from the University of Oregon shows how one kind of bacteria, Vibrio cholerae, triggers painful gut contractions by activating the immune system. The research also finds a more general explanation for how the gut rids itself of unwanted intruders, which could also help scientists better understand chronic conditions like inflammatory bowel disease. https://news.uoregon.edu/content/bad-bacteria-can-trigger-gut-pain-new-research-shows-how

Creative approaches net chem profs special awards

Creative approaches net chem profs special awards

MSI member Vickie DeRose has been awarded a creativity extension by the National Science Foundation (NSF) for research into the structure and function of ribonucleic acid (RNA) through its interactions with metal ions. Fellow MSI member Mike Pluth was awarded an NSF creativity extension in 2023 for his work on the role small sulfur-based molecules play in many biological processes. These molecules were likely key species involved in evolution, especially before there was oxygen in Earth’s atmosphere. https://research.uoregon.edu/about/announcements/creative-approaches-net-chem-profs-special-awards

Three new patents issued to MSI research labs support clean water, spectroscopy, and detection of possible toxic materials in the environment

US Pat No 10315185 was issued to Professor Darren Johnson, Kara Nell & @PNNLab for a functionalized solid support surface to remove metals from water. This can help recover rare earth elements and create clean water. http://ow.ly/2WCI50uK6Jm 

 

US Pat No 9964531 was issued to Prof. Michael Haley, Prof. Darren Johnson, Dr. Jeffrey Engle & Dr. Calden Carroll for compounds that bind & help to detect target molecules. This system is reusable detection of possible toxic materials in the environment. http://ow.ly/VUiU50uEs9I 

 

US Pat No 9960008 was issued to Prof. Benjamin McMorran and Research Associate Tyler Harvey for a device to measure electron orbital angular momentum states. This allows for a wholly new type of electron spectroscopy.http://ow.ly/UM4g50uEso5