Information rate is maximized in the theta band for hippocampal neurons.

Information rate is maximized in the theta band for hippocampal neurons.

<p>(A) Implications for signal encoding at lower versus higher oscillation frequencies. (B) Information rate (bit/s, normalized across frequencies) for hippocampal neurons across a wide range of oscillation frequencies and noise strength levels. Neuron and oscillation parameters are detailed i...

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Bibliographic Details
Main Author: Adrián F. Amil (18789808) (author)
Other Authors: Albert Albesa-González (18555068) (author), Paul F. M. J. Verschure (9009659) (author)
Published: 2024
Subjects:
Neuroscience
Science Policy
Space Science
Biological Sciences not elsewhere classified
Information Systems not elsewhere classified
rodent hippocampal neurons
evolutionary pressures might
episodic memory formation
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optimal sampling frequencies
key hippocampal features
theta band along
theta oscillations optimize
phase coding neurons
maximum information rate
mammalian hippocampus organize
optimal oscillation frequency
theta frequency band
band oscillations
information rate
theta frequency
oscillation frequency
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system features
phase code
input sampling
efficient coding
frequency bands
visual cortex
thus confining
theoretical framework
temporal structure
spatial navigation
remains unclear
olfactory bulb
low end
framework lays
framework accounts
encoding precision
cortical inputs
analysis beyond
also show
8 hz
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