Chapter 2: Cognitive Neuroscience Flashcards

1
Q

Modules

A

Different parts of the brain are responsible for different cognitive functions.

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2
Q

Phrenology

A

The study of the shape, size, and protrusions and dents of the cranium to understand their relationship with mental activities, abilities, and traits.

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3
Q

Localization of Function

A

The idea that there is a direct correspondence between specific cognitive function and specific parts of the brain.

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4
Q

Law of Mass Action

A

Learning and memory depend on the mass of brain tissue remaining, rather than properties of individual cells.

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5
Q

Law of Equipotentiality

A

Even though some areas of the brain may become specialized for certain tasks, any part of an area can do the job of another area (within limits).

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6
Q

Interactionism

A

Mind and brain are two separate entities that interact and influence one another.

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7
Q

Epiphenomenalism

A

“Mind” is a by-product of physical body function (including the brain) and has no role in determining behaviour.

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8
Q

Parallelism

A

“Mind” and brain are two aspects of the same reality (i.e. every event in the mind also has an event in the brain).

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9
Q

Isomorphism

A

“Mind” events and neural events share the same structure; an experience and its corresponding brain process share the same pattern.

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10
Q

Broca’s Aphasia

A

The loss of the ability to produce speech due to damage in Broca’s Area.

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11
Q

Broca’s Area

A

The part of the left hemisphere that is responsible for how words are spoken .

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12
Q

Wernicke’s Aphasia

A

The loss of ability to comprehend speech due to damage in Wernicke’s Area.

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13
Q

Wernicke’s Area

A

The part of the left hemisphere that is responsible for speech comprehension.

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14
Q

Interhemispheric Transfer

A

Communication between the brain’s hemispheres through the corpus callosum.

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15
Q

Split Brain

A

A condition created by damaging the corpus callosum.

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16
Q

Emergent Property

A

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17
Q

Emergent Causation

A

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18
Q

Supervenient

A

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19
Q

Event-Related Potentials (ERP)

A

An electrical signal produced by the brain after exposure of a stimulus

20
Q

Positron Emission Tomography (PET)

A

An imaging method where participants are injected with a radioactive substance that circulates to the brain which allows the scanner to be able to detect the flow of blood to certain areas of the brain.

21
Q

Functional Magnetic Resonance Imaging (fMRI)

A

A non-radioactive, magnetic procedure which can detect flow of oxygenated blood to certain areas of the brain

22
Q

Magnetoencephalography (MEG)

A

Non-invasive neuroimaging technique that directly measures neural activity by measuring magnetic fields produced by electrical activity (mix of fMRI and ERP).

23
Q

Connectionism

A

?????

24
Q

Diffusion Tensor Imaging (DTI)

A

An MRI-based neuroimaging technique that allows us to see the white-matter tracts in the brain.

25
Q

Neural Network

A

Neurons that share the same function or are connected

26
Q

Hebb Rule

A

“Neurons that fire together, wire together”, i.e. a CONNECTION between two neurons takes place ONLY if both neurons are firing approximately at the same time.

27
Q

Parallel Processing

A

Many neural connections may be active at the same time.

28
Q

Serial Processing

A

Only one neural activity can occur at that time