Most people aren’t confirmed to conference “organic” and “semiconductor” in a same sentence. But a difference upsurge naturally for Erin Ratcliff, a University of Arizona partner highbrow with a chemistry credentials in the Department of Materials Science and Engineering.
To make ultrathin, ultra-high-definition and stretchable displays for TVs, mobile phones, we use Organic semiconductors.
The $590,000, three-year endowment teams Ratcliff with Jeanne Pemberton, a UA Regents’ Professor in a Department of Chemistry and Biochemistry in a College of Science and principal questioner on a study.
The NSF project, that was started Jul 1, is also a bonus for UA undergraduate and students in engineering and science. Besides operative in a Ratcliff and Pemberton labs, participating connoisseur students will take six-week internships during Next Energy Technologies Inc., a startup company which is based in Santa Barbara, California, that is building organic semiconductor materials for a solar industry. Ratcliff also going to start a new course, Organic Electronics, for upper-level undergraduate and connoisseur students during a UA.
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