Jonathan Fisher Email & Phone Number

New York, Ny, Us

Valhalla, Ny, Us

Valhalla, Ny, Us

• Direct the Neurosensory Engineering Lab research group, which works on quantitative biomarkers and diagnostics, rehabilitation, and neuromodulation with an emphasis on portable monitoring, optical techniques, and focused ultrasound.• Manage a research team and lab that includes a human clinical research suite (incl. optical and EEG capabilities), a preclinical imaging/neurophysiology facility, as well as an optics instrumentation fabrication station • Designed and led IRB-approved clinical research on quantitative optical and electrophysiological biomarkers for mild traumatic brain injury• Collaborated with researchers at IBM TJ Watson Research Center on proof-of-concept studies for sweat pH detection using novel silicon nanowire field effect transistors• Collaborated with clinical counterparts at Columbia University Medical Center and Westchester Medical Center on diffuse optical and EEG detection of concussion in pediatric subjects• Set and managed a budget for a diverse research portfolio funded by federal (NIH, FDA, NSF), intramural, and foundation funding sources• Serve as reviewer for federal funding programs including the US. Dept. of Veterans Affairs (rehabilitation technology and career development), NIH (neuromodulation and neuroimaging), and DoD (auditory neuroscience)

New York, Ny, Us

• Led engineering team and product management for a universal browser-based scientific and medical viewer • Drove marketing and sales, obtaining early B2B revenue in medical education, biotech, and medical / dental practice management• Worked closely with customers to gain insights on transitioning from bespoke solutions to scalable product concepts• Worked with hospital clinicians and IT administrators to integrate XR presentation tools in a stroke symposium

Neurovision LLC develops technology for visualizing large datasets associated with brain imaging. Using this technology, the company produces a variety of educational products including immersive format films (through Neurodome®) and 360-degree virtual reality visualizations.• Led development of Neurotours™ real-time visualization package from concept to distributed product (now incorporated into Uniview, distributed by Zeiss)• Managed licensing, contracting, and intellectual property legal agreements with both for- and non-profit corporations, domestic and international.• Navigated USPTO interactions • Hired and negotiated compensation terms for co-founders and contractors • Successfully competed for funding from private foundation award programs • Led a successful crowd-funding campaign (via Kickstarter), drawing contributions from hundreds of independent backers• Established academic partnerships and managed resulting funding• Created immersive experiences hosted by museums in US, Europe, and Asia• Created and managed budget, bookkeeping and accounting for all corporate accounts

As a pianist, Jonathan has concertized widely throughout the US and Europe. He was presented in his Carnegie Hall debut concert at Weill Recital Hall by Artists International as a result of winning their Special Presentation Award in the 34th Annual Debut Award Audition Competition in 2007.

Silver Spring, Md, Us

• Scholar-in-Residence at CDRH / Office of Science and Engineering Labs / Division of Biomedical Physics• Direct regulatory research on wearable medical device technology, resulting in multiple publications and funding from the National Science Foundation and FDA• Co-authored regulatory consults on applications for FDA approval of medical devices• Served as review panel member for the Defense Advanced Research Projects Agency (DARPA) “HAPTIX” Program (Hand Proprioception & Touch Interfaces for Prosthetic Limbs)• Co-lead on FDA-Medical Countermeasures-funded collaboration between FDA and the Henry M. Jackson Foundation for the Advancement of Military MedicineRegulatory research interests include:• Electrophysiological biomarkers for neurological injury and disease• Neural interfaces• Therapeutic neurotechnology

New York, Ny, Us

Post-doctoral research in the Laboratory of Sensory NeurosciencePerformed research focusing on the neurophysiology and biophysics of the auditory sensory system. Research foci included the cochlear mechanics as well as the mechanisms by which the brain steers auditory attention. Among other applications, this work can inform the design of sensory prostheses and can foster a greater understanding of the molecular pathology of hearing loss.

• Advised on medical safety considerations during the development and production of a wireless audio headset that utilizes bone-conduction transmission of sound.• Advised on scientific accuracy for marketing strategy.

Philadelphia, Pa, Us

Doctoral work in the laboratory of Arjun G. Yodh, Ph.D., in the Department of Physics and Astronomy • Created and applied new optical techniques for neuroimaging• Helped develop new organic compounds for imaging• Used these advances to solve fundamental questions in neuroscience

Los Alamos, Nm, Us

Worked in the Biophysics / Neurophysiology Division developing miniature, implantable endoscopic optics for imaging neural activity.

Philadelphia, Pa, Us

Worked in the experimental astrophysics laboratory of Mark J. Devlin, Ph.D., in the Department of Physics and Astronomy• Worked on several infrared telescope projects including the Mobile Anisotropy Telescope (MAT) and the Balloon-borne Large Aperture Submillimeter Telescope (BLAST).• Honors thesis: “A Fourier transform spectrometer for millimeter to far-infrared frequencies”

Postdoctoral, Neuroscience & Biophysics

Phd, Physics

Bachelor'S Degree

Education record

Education record