User:AppliedMathematician: Difference between revisions
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Hello everyone, |
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WELCOME. |
WELCOME. |
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Personal info: |
Personal info: |
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* Assistant Professor in Mathematics at University of Florida. |
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* PhD candidate, mathematics, University of Pittsburgh. [http://pitt.edu/~yop6/ My graduate webpage]. Advisor: Bard Ermentrout. |
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* Present and prior research interests: Computational neuroscience. Microcircuit function in the auditory cortex of mice, network neuroscience. Dynamical systems/applied math. Synchrony and phase locking of coupled oscillators, scalar reduction of neural field models, phase response curves of piecewise smooth dynamical systems. |
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* MS/BS, Applied mathematics (in biology), Case Western Reserve University (CWRU) class of 2013. |
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* Formerly web developer/admin for: University Hospitals Department of Dermatology (uhcderm.com); Murdough Center for Psoriasis (murdoughpsoriasis.com); Vital Guitar Lessons (vitalguitar.com); Valadkhan Lab (valadkhanlab.org); case critical care bioinformatics (case.edu/med/bioinformatics) |
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Other things: |
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* Research interests (as of 2013+): Synchrony and phase locking of weakly coupled oscillators. |
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* [https://youngmp.github.io Personal page] |
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* Research interests (as of 2011/2012): Behavior of the infinitesimal phase response curve (iPRC) near a homoclinic bifurcation. Specifically the saddle-homoclinic bifurcation of the Morris-Lecar model. |
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* [https://github.com/youngmp/applications_park Repository] of all ~300 postdoc and tenure-track applications from Fall 2017 through Spring 2022. |
Latest revision as of 00:29, 17 October 2023
WELCOME.
Personal info:
- Assistant Professor in Mathematics at University of Florida.
- Present and prior research interests: Computational neuroscience. Microcircuit function in the auditory cortex of mice, network neuroscience. Dynamical systems/applied math. Synchrony and phase locking of coupled oscillators, scalar reduction of neural field models, phase response curves of piecewise smooth dynamical systems.
Other things:
- Personal page
- Repository of all ~300 postdoc and tenure-track applications from Fall 2017 through Spring 2022.