AbstractStarting from the notions of standing waves and resonance, a model for the working of nerve transmission and a chemical signal code for the transmission and registration of data is established. This model could equally explain some aspects of the memory phenomenon from a purely chemical point of view
Neurons are highly specialized eukaryotic cells. Vast numbers of these form intricate connection net...
The paper presents a model of memory challenging the one proposed by Richard Atkinson and Richard Sh...
The paper is aimed at the description of the newly introduced model used to simulate the neural resp...
AbstractStarting from the notions of standing waves and resonance, a model for the working of nerve ...
The digital simulation of a network called mew-Brain is described. The network is a neurochemical ve...
A number of models developed in work often called "neural-net" research may be of interest to physio...
The new model of the neuron medium capable to store the information in the wave form has been develo...
We present a model governing the operation of all "isolated " sensory receptors with their...
The paper considers some possible neuron mechanisms that do not contradict biological data. They ar...
In order to describe the signal transmission in a nerve fibre, we consider a non-linear mathematical...
Item does not contain fulltextA principal goal in sensory neuroscience is to understand how properti...
The functional capabilities of the brain are formally characterizable in terms of a finite system al...
International audienceSynaptic transmission is transiently adjusted on a spike-by-spike basis, with ...
Neural transduction is the process by which neurons convert externally applied electrical energy int...
Fundamental questions in neural coding are how neurons encode, transfer, and reconstruct information...
Neurons are highly specialized eukaryotic cells. Vast numbers of these form intricate connection net...
The paper presents a model of memory challenging the one proposed by Richard Atkinson and Richard Sh...
The paper is aimed at the description of the newly introduced model used to simulate the neural resp...
AbstractStarting from the notions of standing waves and resonance, a model for the working of nerve ...
The digital simulation of a network called mew-Brain is described. The network is a neurochemical ve...
A number of models developed in work often called "neural-net" research may be of interest to physio...
The new model of the neuron medium capable to store the information in the wave form has been develo...
We present a model governing the operation of all "isolated " sensory receptors with their...
The paper considers some possible neuron mechanisms that do not contradict biological data. They ar...
In order to describe the signal transmission in a nerve fibre, we consider a non-linear mathematical...
Item does not contain fulltextA principal goal in sensory neuroscience is to understand how properti...
The functional capabilities of the brain are formally characterizable in terms of a finite system al...
International audienceSynaptic transmission is transiently adjusted on a spike-by-spike basis, with ...
Neural transduction is the process by which neurons convert externally applied electrical energy int...
Fundamental questions in neural coding are how neurons encode, transfer, and reconstruct information...
Neurons are highly specialized eukaryotic cells. Vast numbers of these form intricate connection net...
The paper presents a model of memory challenging the one proposed by Richard Atkinson and Richard Sh...
The paper is aimed at the description of the newly introduced model used to simulate the neural resp...
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