In 2019, Brelon May joined NREL as a postdoctoral researcher where he now works on integration of heteroepitaxial systems to enable substrate reuse for photovoltaics. His research interests include epitaxy and growth of dissimilar material systems and nanostructures.
Brelon received a bachelor's degree in chemical engineering from Clarkson University in 2013. He obtained his doctorate in materials science and engineering from the Ohio State University in 2019. During that time, his work involved the epitaxial growth of various material systems (nitrides, oxides, and selenides) and focused on nanowire-based ultraviolet LEDs.
For additional information, see Brelon May's LinkedIn profile.
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Ph.D., Materials Science and Engineering, Ohio State University
B.S., Chemical Engineering, Clarkson University
Postdoctoral Researcher, NREL (2019-present)
Peer Reviewer, ACS Nano, Journal of Crystal Growth (2017-present)
Graduate Research Assistant, Ohio State University (2013-2019)
Research Intern, Applied Materials (2017)
Associations and Memberships
Member, Materials Research Society
GaAs Substrate Recycling Using NaCl Layers Deposited via Molecular Beam Epitaxy, Photovoltaics Specialist Conference (2020)
Nanowire LEDs Grown Directly on Flexible Metal Foil, Applied Physics Letters (2016)
Nanoscale Current Uniformity and Injection Efficiency of Nanowire Light-Emitting Diodes, Applied Physics Letters (2018)
Simultaneous Molecular Beam Epitaxy Growth at Multiple Uniform Substrate Temperatures, Journal of Vacuum Science and Technology B (2018)
Three-Dimensional Lattice Matching of Epitaxially Embedded Nanoparticles, Journal of Crystal Growth (2017)
Controlled Nucleation of Monolayer MoSe2 Islands on Si (111) by MBE, Journal of Vacuum Science and Technology B (2019)
Enhanced Uniformity of III-Nitride Nanowire Arrays on Bulk Metallic Glass and Nanocrystalline Substrates, Journal of Vacuum Science and Technology B (2019)
Ferromagnetic Epitaxial μ-Fe2O3 on β-Ga2O3: A New Monoclinic Form of Fe2O3, Crystal Growth and Design (2019)
Nanoscale Electronic Conditioning for Improvement of Nanowire Light-Emitting-Diode Efficiency, Applied Physics Letters (2018)
Methods for Forming Nanowire Photonic Devices on a Flexible Polycrystalline Substrate, U.S. Patent No. 15902245 (2018)
Awards and Honors
Presidential Fellowship (2018)
North American Molecular Beam Epitaxy Conference Best Student Paper (2018, 2017, 2016)
Ohio State University 3-Minute Thesis, Winner (2018)
Ohio State University Student Innovator of the Year, Runner Up (2016)