Jackson Cionek
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Progressive Capitalism, Affective Computing, Illusions Perception and Fake News NIRS fNIRS EEG ERP P300 N400 Raw Data Inspection ICA FFT Wavelets LORETA

Progressive Capitalism, Affective Computing, Illusions Perception and Fake News
NIRS fNIRS EEG ERP P300 N400 Raw Data Inspection ICA FFT Wavelets LORETA

Como o Progressive Capitalism pode ajudar o cidadão a melhor se posicionar em relação a manipulação Políticas das informações?

Politics - Progressive Capitalism and Fake News
Politics - Progressive Capitalism and Fake News

NIRS (Near-Infrared Spectroscopy):

A noninvasive imaging technique that measures changes in the oxygenation and deoxygenation of blood in the brain.

fNIRS (Functional Near-Infrared Spectroscopy):

Similar to NIRS, but it is specifically used to measure brain activity by monitoring blood oxygenation.

EEG (Electroencephalography):

Records electrical activity of the brain using electrodes placed on the scalp.

ERP (Event-Related Potentials):

Measures brain response to specific events or stimuli, derived from EEG data.

P300:

A specific component of ERP, representing a positive deflection in voltage occurring approximately 300 ms after stimulus onset.

N400:

Another ERP component, observed as a negative deflection occurring around 400 ms post-stimulus, often linked to semantic processing in language.

Raw Data Inspection:

The initial stage of data analysis where raw data is visually inspected for artifacts, errors, or unusual patterns.

ICA (Independent Component Analysis):

A computational method used to separate a multivariate signal into additive, independent components. Often used in EEG data to isolate artifacts.

FFT (Fast Fourier Transform):

An algorithm to compute the Discrete Fourier Transform and its inverse, used to analyze the frequency components of a signal.

Wavelets:

Mathematical functions useful in signal processing and functional analysis, often for decomposing signals into different frequency components.

LORETA (Low-Resolution Electromagnetic Tomography):

 

A computational approach used to localize sources of EEG and MEG signals in the brain.

Each of these terms represents a complex area of study and application, so you might want to explore them individually for a deeper understanding. Researchers and clinicians use these techniques and analyses to study brain function, cognition, and neurological disorders, among other applications.


Progressive Capitalism | Affective Computing

Affective Computing

Brain Stimulation | TheNeuroSoft

Recording, Analysis, Presentation and Stimulus Software EEG fMRI, NIRS fNIRS, TMS, tDCS tACS, MEG, Eye Tracking and VideoSync The analysis software for EEG ERP P300 N400 research, Video integration, Raw Data Inspection, interactive ICA, FFT, Wavelets, LORETA, MR and CB artifact correction, Integration for eye-tracking data,CSD Current Source Density, Grand Average, Grand Segmentation, ERS/ERD Event-related synchronization and desynchronization, FFT Fast Fourier Transform, FFT Inverse, ICA Independent Component Analysis, Inverse ICA,Butterworth filter, Linear Derivation, LORETA for source analysis, Ocular Correction ICA based on ICA, PCA Principal Component Analysis, Segmentation,Topographic Interpolation, t-Test paired and unpaired t-Tests, Wavelets, Wavelet ExtractionFunctionalNIRS near-infrared spectroscopy (fNIRS) NIRS infrared spectroscopy - Turbo-Satori: NIRS Real-time analysis software, Fully customized analysis pipeline,Capable of calculating changes in oxy- and deoxy-hemoglobin, concentrations followed by block averages, GLM, SVM classification and statistics, Topographic channel selection, Real-time statistics including T-values, Beta values, channel correlation and averages, Short distance channel support, Heartbeat detection/Heart rate calculation 

NIRS Introduction to Homer3 | TheNeuroSoft

NIRS fNIRS analysis | TheNeuroSoft

EEG Data Analysis | TheNeuroSoft

Illusions Perception | NeuroMagic

Those who do that use combinations of colors, lights, or particular patterns that can really trick the brain. So get ready to check your visual perception with this fun challenge! Some of these illusions were interpreted a long time ago, while others will challenge your brain and still won’t give a logical explanation. These awesome pictures will mess with your eyes and mind, making you believe things aren’t what they seem!An Audio Illusion that gets you freaked out.

Optical Illusions | NeuroMagic

Audio Illusions | NeuroMagic

 






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00:00:00 - 08:23:00

Affective Computing


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08:23:00 - 08:54:00

Recording, Analysis, Presentation and Stimulus SoftwareEEG fMRI, NIRS fNIRS, TMS, tDCS tACS, MEG, Eye Tracking and VideoSyncThe analysis software for EEG ERP P300 N400 research, Video integration, Raw Data Inspection, interactive ICA, FFT, Wavelets, LORETA, MR and CB artifact correction, Integration for eye-tracking data,CSD Current Source Density, Grand Average, Grand Segmentation, ERS/ERD Event-related synchronization and desynchronization, FFT Fast Fourier Transform, FFT Inverse, ICA Independent Component Analysis, Inverse ICA,Butterworth filter, Linear Derivation, LORETA for source analysis, Ocular Correction ICA based on ICA, PCA Principal Component Analysis, Segmentation,Topographic Interpolation, t-Test paired and unpaired t-Tests, Wavelets, Wavelet ExtractionFunctionalNIRS near-infrared spectroscopy (fNIRS) NIRS infrared spectroscopy - Turbo-Satori: NIRS Real-time analysis software, Fully customized analysis pipeline,Capable of calculating changes in oxy- and deoxy-hemoglobin, concentrations followed by block averages, GLM, SVM classification and statistics, Topographic channel selection, Real-time statistics including T-values, Beta values, channel correlation and averages, Short distance channel support, Heartbeat detection/Heart rate calculation 


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08:54:00 - 10:54:00

Recording, Analysis, Presentation and Stimulus SoftwareEEG fMRI, NIRS fNIRS, TMS, tDCS tACS, MEG, Eye Tracking and VideoSyncThe analysis software for EEG ERP P300 N400 research, Video integration, Raw Data Inspection, interactive ICA, FFT, Wavelets, LORETA, MR and CB artifact correction, Integration for eye-tracking data,CSD Current Source Density, Grand Average, Grand Segmentation, ERS/ERD Event-related synchronization and desynchronization, FFT Fast Fourier Transform, FFT Inverse, ICA Independent Component Analysis, Inverse ICA,Butterworth filter, Linear Derivation, LORETA for source analysis, Ocular Correction ICA based on ICA, PCA Principal Component Analysis, Segmentation,Topographic Interpolation, t-Test paired and unpaired t-Tests, Wavelets, Wavelet ExtractionFunctionalNIRS near-infrared spectroscopy (fNIRS) NIRS infrared spectroscopy - Turbo-Satori: NIRS Real-time analysis software, Fully customized analysis pipeline,Capable of calculating changes in oxy- and deoxy-hemoglobin, concentrations followed by block averages, GLM, SVM classification and statistics, Topographic channel selection, Real-time statistics including T-values, Beta values, channel correlation and averages, Short distance channel support, Heartbeat detection/Heart rate calculation 


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10:54:00 - 13:22:00

Recording, Analysis, Presentation and Stimulus SoftwareEEG fMRI, NIRS fNIRS, TMS, tDCS tACS, MEG, Eye Tracking and VideoSyncThe analysis software for EEG ERP P300 N400 research, Video integration, Raw Data Inspection, interactive ICA, FFT, Wavelets, LORETA, MR and CB artifact correction, Integration for eye-tracking data,CSD Current Source Density, Grand Average, Grand Segmentation, ERS/ERD Event-related synchronization and desynchronization, FFT Fast Fourier Transform, FFT Inverse, ICA Independent Component Analysis, Inverse ICA,Butterworth filter, Linear Derivation, LORETA for source analysis, Ocular Correction ICA based on ICA, PCA Principal Component Analysis, Segmentation,Topographic Interpolation, t-Test paired and unpaired t-Tests, Wavelets, Wavelet ExtractionFunctionalNIRS near-infrared spectroscopy (fNIRS) NIRS infrared spectroscopy - Turbo-Satori: NIRS Real-time analysis software, Fully customized analysis pipeline,Capable of calculating changes in oxy- and deoxy-hemoglobin, concentrations followed by block averages, GLM, SVM classification and statistics, Topographic channel selection, Real-time statistics including T-values, Beta values, channel correlation and averages, Short distance channel support, Heartbeat detection/Heart rate calculation 


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13:22:00 - 17:15:00

Recording, Analysis, Presentation and Stimulus SoftwareEEG fMRI, NIRS fNIRS, TMS, tDCS tACS, MEG, Eye Tracking and VideoSyncThe analysis software for EEG ERP P300 N400 research, Video integration, Raw Data Inspection, interactive ICA, FFT, Wavelets, LORETA, MR and CB artifact correction, Integration for eye-tracking data,CSD Current Source Density, Grand Average, Grand Segmentation, ERS/ERD Event-related synchronization and desynchronization, FFT Fast Fourier Transform, FFT Inverse, ICA Independent Component Analysis, Inverse ICA,Butterworth filter, Linear Derivation, LORETA for source analysis, Ocular Correction ICA based on ICA, PCA Principal Component Analysis, Segmentation,Topographic Interpolation, t-Test paired and unpaired t-Tests, Wavelets, Wavelet ExtractionFunctionalNIRS near-infrared spectroscopy (fNIRS) NIRS infrared spectroscopy - Turbo-Satori: NIRS Real-time analysis software, Fully customized analysis pipeline,Capable of calculating changes in oxy- and deoxy-hemoglobin, concentrations followed by block averages, GLM, SVM classification and statistics, Topographic channel selection, Real-time statistics including T-values, Beta values, channel correlation and averages, Short distance channel support, Heartbeat detection/Heart rate calculation 


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17:15:00 - 18:36:00

Those who do that use combinations of colors, lights, or particular patterns that can really trick the brain. So get ready to check your visual perception with this fun challenge! Some of these illusions were interpreted a long time ago, while others will challenge your brain and still won’t give a logical explanation. These awesome pictures will mess with your eyes and mind, making you believe things aren’t what they seem!An Audio Illusion that gets you freaked out.


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18:36:00 - 22:03:00

Those who do that use combinations of colors, lights, or particular patterns that can really trick the brain. So get ready to check your visual perception with this fun challenge! Some of these illusions were interpreted a long time ago, while others will challenge your brain and still won’t give a logical explanation. These awesome pictures will mess with your eyes and mind, making you believe things aren’t what they seem!An Audio Illusion that gets you freaked out.


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22:03:00 - 23:59:00

Those who do that use combinations of colors, lights, or particular patterns that can really trick the brain. So get ready to check your visual perception with this fun challenge! Some of these illusions were interpreted a long time ago, while others will challenge your brain and still won’t give a logical explanation. These awesome pictures will mess with your eyes and mind, making you believe things aren’t what they seem!An Audio Illusion that gets you freaked out.

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Jackson Cionek

New perspectives in translational control: from neurodegenerative diseases to glioblastoma | Brain States