Steven Richardson

 StevenL. Richardson

Steven L. Richardson

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Biography

Howard University - Engineering


Resume

  • 1988

    Howard University

    University of California

    Berkeley

    U.S. Naval Research Laboratory

    I am a Professor of Electrical Engineering at Howard University in Washington

    DC. My research interests involve using high-performance massively parallel supercomputers and quantum mechanics to design and model new molecules and materials. During my career at Howard University

    I have been responsible

    either as a principal investigator or co-principal investigator

    in bringing to the university over ten million dollars worth of external funding from a number of external organizations

    including the National Science Foundation (NSF)

    Department of Energy (DOE)

    Army Research Office (ARO)

    National Aeronautics and Space Administration (NASA)

    Office of Naval Research (ONR)

    W. M. Keck Foundation

    and the Boeing Corporation. I am currently a co-principal investigator on a five-year $20 million dollar NSF Science and Technology Center for Integrated Quantum Materials (CIQM

    http://ciqm.harvard.edu/) which was established in 2013. The mission of CIQM is to explore how atomically-thin two-dimensional quantum materials (e.g. graphene

    hexagonal boron nitride

    and molybdenum disulfide)

    topological insulators

    and NV centers in diamonds can be integrated to make new devices for communications and computing in the 21st century. This NSF CIQM team consists of scientists and educators from MIT

    Howard University

    Harvard University

    and the Museum of Science

    Boston

    as well as a network of colleges throughout the greater Boston and Washington

    D.C. areas. I also am a visiting scientist at the Center for Computational Materials Science

    Naval Research Laboratory

    Washington

    DC.

    Professor and Physicist

    Washington D.C. Metro Area

    Howard University

  • 1987

    National Science Foundation

    Arlington

    VA

    I was a program director for the theoretical condensed matter physics program at the National Science Foundation. I was responsible for a 8 million dollar budget to support basic research for scientists at various colleges and universities throughout the U.S.

    Program Director

    National Science Foundation

    Berkeley

    CA

    Chancellor's Postdoctoral Fellow

    UC Berkeley

    Berkeley

    California

    Ford Foundation Postdoctoral Fellow

    University of California

    Berkeley

  • 1986

    Eastman Kodak Company

    I was a senior research scientist in the Solid State Sciences Division of the Corporate Research Laboratories at Eastman Kodak Company in Rochester

    NY.

    Corporate Research Scientist

    Rochester

    New York Area

    Eastman Kodak Company

    Massachusetts Institute of Technology

    Cambridge

    Masschusetts

    http://mlkscholars.mit.edu/

    Dr. Martin Luther King

    Jr. Visiting Professor of Chemistry

    Massachusetts Institute of Technology (MIT)

    Washington

    DC

    As a visiting scientist and contractor at the Naval Research Laboratory in Washington

    DC

    I worked with many scientists and postdoctoral research fellows in the Center for Computational Materials Science on the structural

    electronic

    and vibrational properties of energetic materials

    inorganic-like fullerenes

    single-molecule magnets

    diamondoids

    and fascinating hydrocarbon molecules with unusual symmetry.

    Visiting Scientiist

    U.S. Naval Research Laboratory

    Cambridge

    Massachusetts

    As a Faculty Associate in Applied Physics

    Faculty of Arts and Sciences

    John A. Paulson School of Engineering and Applied Sciences

    Harvard University

    Cambridge

    Massachusetts

    I am currently a co-principal investigator on a ten-year $45 million dollar NSF Science and Technology Center for Integrated Quantum Materials (CIQM

    http://ciqm.harvard.edu/) which was established in 2013. This NSF CIQM team consists of scientists

    engineers

    and educators from MIT

    Howard University

    Harvard University

    the Museum of Science-Boston

    Mt. Holyoke College

    Bunker Hill Community College

    Wellesley College

    Prince George's Community College and Gallaudet University.

    Faculty Associate in Applied Physics

    Harvard University

  • 1978

    American Physical Society

    American Chemical Society

    The Chemical Society of Washington

    Visiting Professor

    Departmento de Fisica

    Instituto Superior Tecnico and Instituto de Engenharia de Sistemas e Computadores (INESC)

    Lisbon

    Portugal

    Career Advancement Award

    National Science Foundation

    1992-1993

    Selected as a 2012 series featured participant for The History Makers: Science Makers

    an innovative African-American media and educational initiative sponsored by the National Science Foundation

    Visiting Scientist

    Center for Computational Materials Science

    Naval Research Laboratory

    Washington

    DC. 1997-present

    Visiting Fellow

    Cherry L. Emerson Center for Scientific Computation

    Emory University

    1995-1996

    2013 Howard University Faculty Senate Award for Exemplary Teaching

    2013 Distinguished Summer Faculty Fellow

    Office of Naval Research Summer Faculty Program

    Center for Computational Materials Science

    Naval Research Laboratory

    Washington

    DC

    Sigma Xi Distinguished National Lecturer

    The Scientific Research Honor Society

    1996-1998

    M.S.

    Theoretical condensed matter physics

    The Ohio State University

    Ph.D.

    Theoretical condensed matter physics

    The Ohio State University

  • Steven Richardson Using Group IV Elements to Create New Color Centers in Diamond

    Podcast: Amazing Two-Dimensional Materials

    Steven Richardson

    a Howard University professor and member of the NSF Center for Integrated Quantum Materials (CIQM)

    describes the intriguing properties of 2D atomic layers and their potential for the future.

    Can a Supercomputer Design a Super Material? – Steven Richardson

    Published on Aug 27

    2017 Howard University Professor Steven Richardson grew up in the projects in Brooklyn with a passion for science

    particularly chemistr...

    Can a Supercomputer Design a Super Material? – Steven Richardson

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    Richardson

    Steven L.

    Richardson

    Massachusetts Institute of Technology (MIT)

    Harvard University

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