"Baylor University is very pleased to honor Dr. Chandrasekhar with Baylor's 2014 Robert Foster Cherry Award for Great Teaching," said Elizabeth Davis, executive vice president and provost at Baylor. "Dr. Chandrasekhar is an internationally known teacher/scholar who combines an impressive academic record with a stellar reputation for the extraordinary impact she has had on undergraduate and graduate students."
The Cherry Award program at Baylor is designed to honor great teachers, stimulate discussion about the value of teaching, and encourage departments and institutions to value their own great teachers. Along with distinguished scholarship, individuals nominated for the Cherry Award have proven records as extraordinary teachers with positive, inspiring and long-lasting effects on students.
As the 2014 Cherry Award recipient, Chandrasekhar will receive the $250,000 award and an additional $25,000 for the Department of Physics and Astronomy at MU. In addition, as a finalist, Chandrasekhar received $15,000, and the Department of Physics and Astronomy received $10,000. She is expected to teach in residence at Baylor during the spring 2015 semester.
"I am deeply honored to learn that I will receive the 2014 Robert Foster Cherry Award, and I am humbled to join the illustrious group of teacher scholars who received the award before me," Chandrasekhar said. "The appreciation of excellence in teaching and associated learning has been growing over the past couple of decades. I am excited about my upcoming semester at Baylor and look forward to collaborating with the faculty and students at the university in the teaching and learning enterprise."
Chandrasekhar's research interests are in the area of optical spectroscopy of semiconductors and superconductors under pressure. In October 2013, she visited the Baylor campus to present her finalist lecture, "Blind to polarization: what humans cannot see." In that public lecture, she took students, faculty and staff on a hands-on journey that explored polarization by using natural phenomena as well as modern-day applications, ranging from 3D movies to engineering design.
Meera Chandrasekhar earned her bachelor's degree in physics and mathematics in 1968 from M.G.M. College, Mysore University in India; master's degrees in physics from the Indian Institute of Technology in Madras, India, in 1970, and Brown University in 1973; and a doctorate in physics from Brown University in 1976. She joined the University of Missouri faculty in 1978. She has received many awards for teaching including the 1997 University of Missouri William T. Kemper Fellowship for Teaching Excellence and the 2006 University of Missouri System Presidential Award for Outstanding Teaching.
"Every exceptional teacher that I have met is a lover of learning—their own, and that of others; their love for learning extends well beyond their particular field of expertise," Chandrasekhar said. "The remarkable thing about teaching is that it enriches the learner as well as the teacher. I am fortunate to be in such a profession."
Provided by University of Missouri-Columbia
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