<p>A)–D) Scenarios of symmetric head on collision (central part of the chain is shown). The outcome depends on the magnitude of the additional voltage-dependent membrane current: A) Waves annihilate, (see also Fig. 2A); B) Waves cross each other, (see also Fig. 2B); C) A pacemaker is formed and emits periodically waves, ; and D) Formation of phase switching supersonic waves, . E)–F) Asymmetric collision of a stationary traveling wave with newly created wave (arrows): E) Only one wave survives after collision, ; F) Two desynchronized waves emerge in collision, ; G) and H) the same as (C) and (D) but with desynchronization between waves emitted to the left and to the right ().</p
We consider the dynamics of a one-dimensional continuum of synaptically interacting integrate-and-fi...
We investigate the dispersion relations of nonlinear periodic wave trains in excitable systems which...
We analyze the effect of periodic forcing on a chain of FitzHugh-Nagumo elements in an excitable reg...
<p>A) Snapshots of the membrane potential along the classical FN-chain () for five consecutive time ...
<p>In each inset: Square and diamond mark initial conditions for symmetric and asymmetric collisions...
<p>A) Sketch of numerical experiments. Two input periodic wave trains (#1 and #2) are injected from ...
<p>A) Original FN-neuron. Small but finite excitations can produce spikes (red and blue curves). B) ...
Many neurons display bistability–coexistence of two firing modes such as bursting and tonic spiking ...
The study of nonlinear oscillations is important in a variety of physical and biological contexts (e...
Action potentials in neurons are known to annihilate each other upon collision, while there are case...
Investigation of mechanisms of information handling in neural assemblies involved in computational a...
Various types of brain activity, including motor, visual, and language, are accompanied by the propa...
Recent experimental studies have shown that the activity of neural circuits demonstrates spatiotempo...
The bispectrum of a stationary stochastic process, which contains a wave component that is not sine-...
Investigation of mechanisms of information handling in neural assemblies involved in computational a...
We consider the dynamics of a one-dimensional continuum of synaptically interacting integrate-and-fi...
We investigate the dispersion relations of nonlinear periodic wave trains in excitable systems which...
We analyze the effect of periodic forcing on a chain of FitzHugh-Nagumo elements in an excitable reg...
<p>A) Snapshots of the membrane potential along the classical FN-chain () for five consecutive time ...
<p>In each inset: Square and diamond mark initial conditions for symmetric and asymmetric collisions...
<p>A) Sketch of numerical experiments. Two input periodic wave trains (#1 and #2) are injected from ...
<p>A) Original FN-neuron. Small but finite excitations can produce spikes (red and blue curves). B) ...
Many neurons display bistability–coexistence of two firing modes such as bursting and tonic spiking ...
The study of nonlinear oscillations is important in a variety of physical and biological contexts (e...
Action potentials in neurons are known to annihilate each other upon collision, while there are case...
Investigation of mechanisms of information handling in neural assemblies involved in computational a...
Various types of brain activity, including motor, visual, and language, are accompanied by the propa...
Recent experimental studies have shown that the activity of neural circuits demonstrates spatiotempo...
The bispectrum of a stationary stochastic process, which contains a wave component that is not sine-...
Investigation of mechanisms of information handling in neural assemblies involved in computational a...
We consider the dynamics of a one-dimensional continuum of synaptically interacting integrate-and-fi...
We investigate the dispersion relations of nonlinear periodic wave trains in excitable systems which...
We analyze the effect of periodic forcing on a chain of FitzHugh-Nagumo elements in an excitable reg...