The new collaboration features Tech faculty Lynn Mazzoleni (chemistry), Claudio Mazzoleni (physics), Noel Urban (CEE), Judith Perlinger (CEE), and Chris Owen (MTRI). Also involved are collaborators from the University of Colorado and the University of Illinois, as well as Universidade dos Açores and the Instituto de Meteorologia in Portugal.
Atmospheric science researchers at Michigan Tech no longer have to cross their fingers for cooperative weather—the University’s innovative new cloud chamber allows them to head into the lab and make their own.
“You’re in an aircraft going a hundred meters a second, and it’s impossible to replicate what you’ve just seen,” says fellow physicist Will Cantrell. “You know the old Taoist saying, you never step in the river twice? You never fly through the same cloud twice either.”
Members of the Department of Physics and alumni attended the 2015 Meeting of the American Physical Society (APS) on March 4-9 in San Antonio, Texas.
Attendees affiliated with Michigan Tech were alumni Saikat Mukhopadhyay (’12, now at Oak Ridge National Lab), Partha Pal (’11, now at Northwestern University), Subhasish Mandal (’12, now at Yale University), Pradeep Kumar (’13, now at University of Wisconsin–Madison), Xiaoliang Zhong (’13, now at Argonne National Lab), physics graduate students Gaoxue Wang and Kamal Dhungana, Prof. Ranjit Pati, and Chair of Physics Prof. Ravi Pandey.
The APS March Meeting 2015 had over 10,000 in attendance.
PhD Students Learn to Communicate their Research
Alex Mayer, the Charles and Patricia Nelson Presidential Professor at Michigan Tech, runs a fellowship program that teaches PhD students in a variety of fields to explain their research in K-12 classrooms and to write news releases to communicate with the public through the media.
Here are this year’s student releases.
Communicating Nanoscience and Engineering – Possibilities and Pitfalls
Nanoscale science and engineering is a flourishing field that holds great potential for solving current and future problems.
But what is the best way to communicate with an audience unfamiliar with the nanoscience and engineering community? Yoke Khin Yap, professor of physics and adjunct professor of materials science and engineering, says, “In order to communicate really effectively, you need to speak in their language.”
Faculty Fellow Program Information Session Jan 27
The Vice President for Research Office will host an information session on the Faculty Fellow Program from noon to 1 p.m. on Tuesday, January 27. The session will be held in room 404 of the Administration Building.
This session will be presented by the 2014 Faculty Fellow recipients: Adrienne Minerick, Yoke Khin Yap and Larry Sutter. They will provide information on the program and share their experience.
The Faculty Fellow Program expands familiarity with Sponsored Program Administration and strategic planning among the faculty, develops leadership capacity among the faculty and improves Sponsored Programs Administration and strategic planning through faculty input. To learn more about the Faculty Fellow Program, please visit the Faculty Fellow Program website.
Registration begins today and ends on January 26. To register, please visit the event’s site.
There will be desserts and beverages provided; please bring your own lunch.
For additional information please contact Cathy Codere at 7-3043 or email@example.com.
PI Will Cantrell and Co-PIs Claudio Mazzoleni and Raymond Shaw (Physics/EPSSI), “A Coupled Laboratory and Modeling Investigation of the Mechanisms of Primary Ice Production in Arctic Stratus Clouds,” US Department of Energy
PI Claudio Mazzoleni (Physics/EPSSI) and Co-PIs Lynn Mazzoleni (Chem/EPSSI), Will Cantrell (Physics/EPSSI), Judith Perlinegr (CEE/EPSSI), Sarah Green (Chem/EPSSI) and Bo Zhang (CEE/EPSSI), “Free Tropospheric and Marine Boundary Layer Aerosol Interactions in the North Atlantic,” US DOE
Read more at Tech Today.
Professor and Chair of the Department of Physics Dr. Ravi Pandey has been named a 2014 Fellow of the American Physical Society (APS). The Fellowship election was announced at the November 2014 meeting of the Council of APS. Pandey was nominated by the Division of Computational Physics. The citation reads:
For creative use of advanced computational techniques from materials physics and quantum chemistry to gain insights into nanostructure behaviors, especially for his prescient recognition of the looming importance of such calculations for predicting bio-nano hybrid material properties.
Election to APS Fellowship is limited to no more than one half of one percent of the membership. Pandey’s name and citation will be published in the March 2015 issue of APS News.
Pandey thanks his teachers and acknowledges contributions from his students, postdocs and colleagues for over 25+ years.
Almetric, a website that tracks readership of scientific articles, reports that an article in arXIV—an archive of electronic science articles—about Professor Robert Nemiroff’s (Physics) search of the Internet for evidence of time travelers ranked second among the top 100 articles of 2014.
Naturally GraphiteTM is a local business that started as a project of Nanotech Innovations Enterprise, a former Enterprise program at Michigan Tech operated by undergraduate students. The business, advised by Professor of Physics Dr. John Jaszczak, supplies high quality natural graphite crystals and substrates for research, industry, and education. Jaszczak also serves as adjunct curator at the A. E. Seaman Mineral Museum.
Naturally Graphite was recently credited with supplying graphite crystals to a research group at McGill University in Montreal, Quebec in Canada. The research, published in Physical Review Letters, involved the use of high-speed electron diffraction techniques to study electron-phonon coupling in graphite.
High quality graphite crystals from Naturally Graphite are also routinely sought by laboratories around the world for the production and study of graphene. As a single layer of carbon atoms in graphite, graphene often generates much interest in carbon-based nanotechnologies. Graphene exhibits unique and amazing mechanical, electrical, and thermal properties. It is strong, highly conductive, transparent, elastic, and impermeable.
Naturally Graphite also donated graphite crystals to K-12 for an outreach event, Family Math Night based in Rocklin, California. The event involved simple experiments with graphite, including an activity for cleaving the graphite into layers using scotch tape. This was the original experiment by Andre Geim and Konstantin Novoselov from the University of Manchester that led to the discovery of graphene and a Nobel Prize in 2010.
Learn more about the graphene sheet lesson plan in the 22-minute video Family Math Night Collaborative Project: Graphene Sheet by Elementary Mathematics Specialist Karyn Hodgens,. The description of the experiments begins at about 16:20.
John A. Jaszczak
Department of Physics and the A. E. Seaman Mineral Museum Michigan Technological University
December 5, 2014, 3:00pm Chemical Science Building, Room 101
The Lelatema Mountains in northern Tanzania are host to one of the world’s richest flake graphite deposits, but it is the purple-blue gem variety of zoisite called “tanzanite” that has brought renown to the region since the 1960s.