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Benjamin D. Levitas, Ph.D.
Patent Agent
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  • 901 New York Avenue, NW
  • Washington, DC 20001-4413
+1 202 408 4021
benjamin.levitas@finnegan.com benjamin.levitas@finnegan.com

Benjamin D. Levitas, Ph.D.

Patent Agent

  • +1 202 408 4021 +1 202 408 4021
  • benjamin.levitas@finnegan.com benjamin.levitas@finnegan.com
  • 901 New York Avenue, NW
  • Washington, DC 20001-4413
  • vCard

With a broad scientific background spanning materials science and engineering, electrochemistry, inorganic chemistry, and biochemistry, Ben Levitas leverages his technical experience to assist in intellectual property matters.

Prior to joining Finnegan, Ben conducted doctoral research at Boston University in the High Temperature Materials Group. He investigated molten salt synthesized perovskite oxides as fuel cell electrodes with enhanced performance compared to the industry standard fabrication method. Ben's research strove to address chemical, electrochemical, and mechanical issues preventing fuel cell commercialization, and can be extended to other pertinent energy technologies, including batteries, catalysts, magnets, oxygen sensors, and semiconductors. He was also the electron microscopy trainer for graduate researchers in the engineering, chemistry, and physics departments as well as a teaching fellow.

Ben gained experience in inorganic chemistry while pursuing an undergraduate degree in biochemistry. He held a research position in which he synthesized perovskite and ruddlesden-popper type materials with enhanced performance for chemical looping combustion applications. Ben has authored and coauthored publications both as a graduate and undergraduate researcher.

Et Cetera

  • Author. “Volatilized Molten Salts: An Alternative Avenue to Synthesizing Pure Phase Perovskites,” ACS Inorganic Chemistry, 2022.
  • Author. “Elucidating the Influence of Molten Salt Chemistry on Synthesizing Perovskites…,” RSC Advances, 2021.
  • Author. “A Facile, One-Step Synthesis for Core-Shell Perovskite Materials Via Molten Salt,” ACS Crystal Growth & Design, 2021.
  • Recipient, Electrochemical Society Dokiya Student Travel Award, 2019.
  • Coauthor. “In Situ Diffraction Studies on Reversible Oxygen Uptake and Release in AFe2O4+δ(A=Lu, Yb, Y, and In),”Journal of Materials Chemistry, 2018.
  • Recipient, Boston University Dean’s Fellowship, 2017.
  • Coauthor. “Oxygen Storage Properties of La1-xSrxFeO3-δ for Chemical Looping Reactions ¬-- An In Situ Neutron and Synchrotron X-ray Study,” Chemistry of Materials, 2016.
Admissions and Education

Admissions

  • U.S. Patent and Trademark Office

Education

Boston University
Ph.D., Materials Science and Engineering, 2022
University of Maryland
B.S., Biochemistry, 2017

Benjamin's Practices

Prosecution and Portfolio Management
Patent Drafting and Prosecution

Benjamin's Industries

AI, Electronics, and Information Technology
Nanotechnology
Chemicals, Industrials, and Materials
Chemical
Energy
Clean Energy and Renewables
Oil and Gas

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