Organic light emitting diodes (OLEDs) are non-metallic layers situated between charged surfaces that will emit light in response to electrical currents. Most everyone interacts with organic light emitting diodes on a daily basis, maybe without even realizing it. In fact— you might be using one right now!
Feature Stories
Lamont wins Taylor Teaching Award, 11 win Outstanding Chemistry TA Awards
The UW-Madison Department of Chemistry presented the James W. Taylor Teaching Award to Dr. Liana Lamont, who shared her instructional expertise and philosophy in a talk titled, “General Chemistry Curriculum Redesign – Successes and Challenges.”
ACS Bridge Program makes an impact
Mentorship is key to the program’s success in diversifying the chemical sciences.
In Memoriam: Patrick Meier (Ph.D. 1981, Vedejs)
Dr. Patrick Meier was the kind of mentor who could be in the hospital and would still want to take the time to catch up with his previous students, which is exactly the story Professor Kathryn Meier told about her late husband. “He actually always envisioned himself as a teacher,” said Kathryn when commenting on how Patrick would describe his profession.
Collaboration helps UW-Madison Chemists quickly evaluate technologies to clean the air
Individuals and businesses are scrambling to find new ways to protect themselves from SARS-CoV-2, the virus that causes COVID-19. With this interest, the effectiveness of new technologies that promise to improve indoor air quality has taken center stage. University of Wisconsin–Madison chemists have accepted the challenge of evaluating those technologies and the work is moving quickly, thanks to the lab’s partnership with HVAC (heating, ventilation and air conditioning) specialists at Johnson Controls.
Gellman and Smith present research on COVID-19 at Chemistry Conversations event
On Wednesday morning, more than 60 members of the Chemistry Department joined a zoom meeting to participate in the first Chemistry Conversation of the year. The event, organized by the Faculty and Staff Wellness and Professional Development Committee, included presentations from Professors Sam Gellman and Lloyd Smith about their work on COVID-19 research.
Prof. Susanna Widicus Weaver brings a love of chemistry and expertise in astronomy
Vozza Professor of Chemistry Susanna Widicus Weaver arrived at UW–Madison in May to conduct research in prebiotic astrochemistry and on how life may form with the evolution of stars and planets. Weaver received a bachelor’s degree in chemistry at Illinois Wesleyan University (2000) and her Ph.D. in chemistry at California Institute of Technology (2005). She most recently was a professor of chemistry at Emory University.
Connecting Science and Society: Science is Fun
Our public engagement programs reach large audiences in person, on the radio, in print, via television, social media and the internet. The Science is Fun truck traveled to schools, libraries, farmers markets, public parks and other community centers.
Instructors, students find benefits in virtual learning
This year’s pandemic-induced online instruction did not stop students from enrolling in chemistry courses, but it did give instructors and teaching assistants (TAs) experience using a different instructional medium. “Teaching CHEM 344 online was definitely a unique experience,” said TA Maggie McEwan. “Teaching online requires a different set of skills compared to teaching in a classroom or lab, so I think I learned a lot this summer right along with the students.”
Collaboration goes viral tackling COVID-19
The onset of the COVID-19 pandemic has been a call to action for many within the scientific community. Long-time collaborators, Lloyd Smith, professor of chemistry, and Nathan Sherer, associate professor of molecular virology and oncology with the McArdle Laboratory for Cancer Research and Institute for Molecular Virology, set out, along with their students, to contribute to the global understanding of SARS-CoV-2 by adapting the Smith group’s Hybridization Purification of RNA-protein complexes followed by Mass Spectrometry (HyPR-MS) technology to the study of SARS-CoV-2.