Fig. 3: Approximation of human magnetoencephalography (MEG) power spectra (PS) in a critical range of parameters. | Communications Physics

Fig. 3: Approximation of human magnetoencephalography (MEG) power spectra (PS) in a critical range of parameters.

From: Metastable oscillatory modes emerge from synchronization in the brain spacetime connectome

Fig. 3

a MEG power spectra from 89 healthy young adults resting with eyes open from the open-source database of the Human connectome Project. The average power spectrum across individuals is reported in blue. b For each pair of parameters, the power spectra of the simulated signals (averaged across units and normalized between 0 and 80 Hz) is reported. c Squared Euclidean distance between the MEG power spectrum averaged across all sensors and subjects and the power spectrum of the simulated signals. Asterisks indicate the sets of parameters that optimally approximate the MEG power spectra of each of the 89 individuals (size scaled according to the number of subjects in each point).

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