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David Borton

  • Assistant Professor of Engineering
  • Assistant Professor of Engineering
  • Brown University
  • 14h-indexImpact measure calculated using publication and citation counts. Updated daily.
  • 1016CitationsNumber of citations received by David's publications. Updated daily.

Recent publications

  • Low-Dimensional Motor Cortex Dynamics Preserve Kinematics Information During Unconstrained Locomotion in Nonhuman Primates

    • Xing D
    • Aghagolzadeh M
    • Truccolo W
    • et al.
    N/AReaders
    N/ACitations
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  • Decoding Task States from Distributed Local Field Potential Recordings

    • Provenza N
    • Paulk A
    • Farnes K
    • et al.
    N/AReaders
    N/ACitations
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Professional experience

Assistant Professor of Engineering

Brown University

August 2014 - Present

Postdoctoral fellow

Ecole Polytechnique Fedérale de Lausanne

November 2012 - November 2014(2 years)

PhD Student

Brown University

June 2006 - May 2012(6 years)

Undergraduate

Washington University in St.Louis

August 2002 - May 2006(4 years)

Co-Founder

Carpe Stellarem

January 2001 - January 2004(3 years)

Education

Postdoc

Ecole Polytechnique Fedérale de Lausanne

November 2012 - August 2014(2 years)

PhD Biomedical Engineering

Brown University

August 2006 - May 2012(6 years)

B.S.

Washington University in St. Louis

August 2002 - December 2005(3 years)

Research interests

About

My research addresses three fundamental questions in which I am impassioned to make a difference: (i) Do motor cortices dynamically represent context; (ii) How does the diseased or damaged brain produce movement?; (iii) Can we envision more stable neuromotor prosthetics? I believe we now have a technological platform available to achieve such an untethering of basic neuroscience experiments and believe we must formally approach fundamental brain science questions regarding context-dependence, natural processing of movement, and subsequently design optimized neuroprosthetic technologies informed and stabilized by this new information. Such an untethered neuromotor analysis platform will in parallel enhance our understanding of circuitopathies associated with neuromotor disease and insult, and may guide the application of appropriate neuroprosthetic technologies along the spectrum of cognitive diseases.

Co-authors (105)