Claudio Mazzoleni (Physics), Lynn Mazzoleni (Chem) and graduate student Simeon Schum were featured in the article “Aerosol problem: Adding a piece to the climate change puzzle,” in the Daily Mining Gazette.
Michigan Tech alumna Heather J. Lewandowski, associate professor, University of Colorado Boulder, is the recipient of the prestigious American Physics Society – Wolff-Reichert Award for Excellence in Advanced Laboratory Instruction.
Lewandowski received a bachelor’s of science degree in physics from Michigan Tech in 1997 and was inducted in the Presidential Council of Alumnae (PCA) in 2016.
The American Physics Society has acknowledged contributions of Lewandowski “For systematic and scholarly transformation of advanced laboratories in physics, for building leading assessment tools of laboratories, and for national service advancing our advanced laboratory educational community.”
Atmospheric science experts Lynn Mazzoleni (Chem) and Claudio Mazzoleni (Physics), traveled more than 8,000 miles from Houghton to the National Institute of Technology Calicut (NIT) in the Southern Indian state of Kerala. Invited by Ravi Varma, associate professor of physics at NIT, and sponsored by the Global Initiative for Academic Networks (GIAN), their three-week trip was punctuated by local cultural experiences, sandwiched between giving several academic lectures.
They participated in a six-day GIAN-sponsored workshop, “Atmospheric Aerosol: Optical Properties, Composition, and Effects on Climate,” for students and junior faculty from NIT and elsewhere. The GIAN program is funded by the Indian government to foster high-quality international experiences and to elevate India’s reputation in science, technology, engineering and mathematics (STEM). One way to achieve the mission is by inviting internationally renowned scientists like the Mazzolenis to share their expertise in atmospheric aerosols.
Read the full story on mtu.edu/news.
We are happy to announce grad students Chad Brisbois (Physics) and Neel Uday Desai (Atmospheric Sciences) are among the winners for the Doctoral Finishing Fellowship Award. Congratulations!
Finishing Fellowships provide support to PhD candidates who are close to completing their degrees. These fellowships are available through the generosity of alumni and friends of the University. They are intended to recognize outstanding PhD candidates who are in need of financial support to finish their degrees and are also contributing to the attainment of goals outlined in The Michigan Tech Plan.
Yoke Khin Yap, professor of physics, has won the 2018 Research Award.
It’s a story well ingrained in our collective consciousness—the tale of the scientist laboring long hours for months or even years in dogged pursuit of answers. It’s a story we like to tell because it assures us someday our hard work will pay off. And in Yoke Khin Yap’s case, it certainly has.
The professor of physics has pursued a research path that embodies this story of science, taking an idea about certain nanomolecules from mere theory to, very soon, commercialized product. He also won the Bhakta Rath Research Award with student Chee Huei Lee in 2011. Yap’s contributions to fundamental understanding of boron-carbon-nitrogen nanostructures, the development of transistors without semiconductors and commercialization of high-brightness fluorophores for medical imaging have been honored with his receipt of Michigan Tech’s Research Award.
Read the full story on mtu.edu/news.
A Frontier Review article published by Yoke Khin Yap was one of the Top 10 most downloaded articles published in Environmental Science: Nano in 2017 and was included in a feature collection showcasing the journal’s Most Downloaded Articles. This article, entitled “Water Purification: Oil-water Separation by Nanotechnology and Environmental Concerns” was co-authored by Chee Huei Lee, Bishnu Tiwari, and Dongyan Zhang.
Environmental Science: Nano is a high-impact journal published by the Royal Society of Chemistry. This journal is designated to publish articles on nanomaterial applications and interactions with environmental and biological systems.
Issei Nakamura is a theoretical physicist bringing a reality check to soft materials development. Specifically, he models the complex interactions of ionic liquids and block polymers, which together create salt-doped block polymers.
The ionic liquid squishes in between all the loops and strands of the block polymer. Because an ionic liquid can assemble a block polymer into millions of structures with wide-ranging properties, the possibilities are nearly endless. The composite materials show promise for battery electrodes, fuel cell membranes, electrochemical sensors and even artificial muscles.
The catch is that the materials have to get their thermodynamic groove figured out. Right now, untwining the conditions and properties of all those possible structures is like learning to tango blindfolded. Researchers and engineers can go through the motions, but understanding the sequence, the steps—and why—requires a new way to look at the system. And that’s where Nakamura steps in. Read the full story in Unscripted.