Neuroscience Centers EEG fMRI GLM for fMRI - Políticas Públicas
11/10/2023 at 05:10:25
Author: Jackson Cionek
11/10/2023 at 05:10:25
Author: Jackson Cionek
O que os Neuroscience Centers com EEG fMRI GLM for fMRI já ajudaram na Políticas Públicas?
Public policy and Fake News
Neuroscience centers often use a variety of tools and methodologies to investigate various aspects of perception and consciousness. Below are some of the main points related to the use of EEG, fMRI, the General Linear Model (GLM) for fMRI, and how these tools can be applied to the study of perception and consciousness.
Functionality:
Measures the electrical activity generated by neurons in real-time.
Application:
Useful for studying the temporal dynamics of perception and consciousness due to its high temporal resolution.
Limitations:
Limited spatial resolution compared to other neuroimaging techniques.
fMRI (Functional Magnetic Resonance Imaging):
Functionality:
Measures changes in blood flow in the brain, which are linked to neural activity.
Application:
Provides insights into the brain areas involved in perception and consciousness due to its high spatial resolution.
GLM for fMRI:
The General Linear Model (GLM) is a statistical approach used to model the relationship between the observed fMRI data and the expected neural activity.
It helps identify brain regions that are activated during particular tasks or mental states related to perception and consciousness.
Study of Perception:
Understanding Sensory Processing:
Investigate how the brain processes information from the senses and how this information is integrated to form coherent perceptual experiences.
Analyzing Neural Correlates:
Use EEG and fMRI to identify and analyze the neural correlates of different types of perceptual experiences and conscious states.
Study of Consciousness:
Exploring Consciousness States:
Examining the neural basis of different states of consciousness, including wakefulness, sleep, and altered states induced by meditation, drugs, or neurological disorders.
Investigating Subjective Experience:
Understanding how subjective experiences are generated and represented in the brain, exploring phenomena like self-awareness, attention, and intentionality.
Integrative Research:
Combining EEG and fMRI can provide comprehensive insights into the temporal and spatial dynamics of brain activity related to perception and consciousness.
These tools can be used in conjunction to study various cognitive phenomena, such as attention, memory, emotion, and decision-making, and how these processes contribute to conscious experience.
Understanding the complex phenomena of perception and consciousness requires an interdisciplinary approach that integrates various tools and methodologies. EEG, fMRI, and GLM for fMRI are vital in this endeavor, each providing unique insights into the workings of the brain. Neuroscience centers using these tools contribute significantly to unraveling the mysteries of perception and consciousness, advancing our knowledge in these fascinating areas of study.
Religare Politics and Neuroscience | Jackson Cionek
Sua Percepção é Sua Realidade - Aprenda a mudar sua Percepção
Sua percepção possui 6 variáveis fundamentais:
1 - Conectoma Cerebral;
2 - Nível de atividade de seus 11 sentidos;
3 - Memórias pre-ativadas;
4 - O nível de atenção;
5 - O estímulo apresentado;
6 - A Consciência é um Viés da Percepção;
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EEG fMRI | EEG - fMRI 1/2
EEG - fMRI 1/2
EEG fMRI | History of fMRI
History of fMRI
EEG fMRI | EEG - fMRI 2/2
EEG - fMRI 2/2
EEG fMRI | GLM for fMRI
GLM for fMRI
Políticas Públicas UFABC | Neuroscience Centers
Neuroscience Centers
06:38:00 - 10:17:00 EEG - fMRI 1/2 |
10:17:00 - 12:04:00 History of fMRI |
12:04:00 - 14:33:00 EEG - fMRI 2/2 |
14:33:00 - 17:01:00 GLM for fMRI |
17:01:00 - 23:59:00 Neuroscience Centers |