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Rao's Raman spectroscopic studies of fullerenes and CNTs helped make Raman spectroscopy an important tool of nanocarbon research. Rao’s other research includes the synthesis and measurement of electrical and mechanical properties of nonlinear CNT morphologies, such as branched and helical CNT forms
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The photo-induced polymerization of solid C60, photo-enhanced oxidation of solid C60 diameter selective Raman scattering from single walled CNTs, and the demonstration that CNTs can be subjected to redox doping for tunable electronic properties, similar to
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of
Research, Clemson University. His research and development efforts led to the establishment of Clemson Nanomaterials Institute, which supports sustainable research and development capacity and competitiveness in the U.S. and the State of
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and compatibility factor. His recent research focuses on energy harnessing (e.g., harvesting near room temperature waste heat) and energy storage (e.g., supercapacitors and batteries) technologies.
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Rao's research also includes the discovery of novel phenomena in nanocarbon systems, device development for electronics, photonics, and drug delivery. Rao's research includes the following topics:
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Robert A. Bowen
Endowed Professor of Physics, Founding Director of the Clemson Nanomaterials Institute, and Former Associate Dean for Discovery in the College of Science, Clemson University
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2016 Recognized by the Board of
Trustees as one of the top three faculty members in the College of Engineering and Science, Clemson University.
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2007 Panel member for the World
Technology Evaluation Center to evaluate carbon nanotube manufacturing capabilities in Europe and Asia.
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154:. The State of South Carolina conferred on him its highest honor - the 2014 Governor’s award for excellence in scientific research.
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Fullerenes and conducting polymers, synthesis and demonstration of logic functions in branched CNTs.
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which exploit unique functionality at the nanoscale. His group demonstrated double decoupling of
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Raman evidence for renormalized electron and phonon energies near a charged defect in doped CNTs.
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2006 Faculty
Achievement Award, Clemson University, for exemplary leadership in the sciences.
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2012 Alumni Award for
Outstanding Achievement in Research, Clemson University.
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where he initiated a nanomaterials program, and directs research projects of
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2014 Governor’s Award for
Excellence in Scientific Research, South Carolina.
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Fellows of the
American Association for the Advancement of Science
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2010 R. A. Bowen
Endowed Professor of Physics, Clemson University.
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2011 Fellow, American
Association for the Advancement of Science.
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or CNTs, and scalable nano-manufacturing of CNT-based devices.
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Raman evidence for phonon bottle necks in single walled CNTs.
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has been cited over 54,600 times in open literature and his
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Observation of superconductivity in boron doped CNTs.
393:"An all-carbon optical diode for photonic computing"
420:"Race for New Superconductors Shrinks to Nanoscale"
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American Association for the Advancement of Science
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185:Rao has developed a number of technologies for
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542:Fellows of the National Academy of Inventors
242:2018 Fellow, National Academy of Inventors.
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16:American physicist (born 1961)
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226:devices with a high
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522:American physicists
234:Honors & awards
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191:allotropes
137:, and the
81:Discipline
65:Alma mater
39:Occupation
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107:astronomy
99:Professor
42:Physicist
501:19 April
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403:20 April
376:23 April
372:. Justia
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324:19 April
297:19 April
293:. Google
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125:of the
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103:Physics
346:. AAAS
133:, the
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123:Fellow
163:India
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33:India
503:2018
458:2018
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