Joseph McKinley

Here's a link to the paper: iopscience.iop.org/article/10.108…

2 Specifically, bistable coordination can be restored to a monostable pair via that pair's interactions with a carefully chosen third party oscillator, expanding that pair's coordinative repertoire. We envision applications of this theoretical work in social and neuroscience.

Hello everyone, in collaboration with @Mengsen @alice_wead @clw023 @ETognoli @cbeetle, I'm very pleased to share with you my first conference paper "Third party stabilization of unstable coordination in systems of coupled oscillators".

Dear all, if interested in the mysteries of the many-body problem, please read "Third party stabilization of unstable coordination in systems of coupled oscillators" doi.org/10.1088/1742-6… by @McKinleyPhysics @Mengsen @alice_wead @clw023 @cbeetle and I, via @IOPscience

Dear Colleagues, please visit our work "A theory of nonlinear dynamics for neurostimulation" @neuromatch #NMC4 Talk: youtube.com/watch?v=x9mdXs… Comments on discord: discord.com/channels/89571… Agenda: conference.neuromatch.io/abstract?editi… We are glad for your comments #electroceutical

At International Conference for Mathematical Modeling in Physical Sciences, McKinley shares our finding that antiphase coordination patterns that are unstable in pairs of #CoupledOscillators can be restored via their coupling to additional oscillators. Restoration of #Complexity

Neuroscientists, Physicists and Geriatric Nursing Researchers study the #MathematicOfRelatedness to gain insight on social interactions in aging (with the benefit of the cognitive reserve 🧠). Boldly supported by @NIA_BSR Thank you! #niafundsme